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酒精浓度与温度换算表

酒精计温度浓度

换算表

溶液温度 ℃				酒精计读数
				100						99						98						97						96						95
				温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
				体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
40				96.6			0.957369			95.3			0.94127			94			0.92528			92.6			0.908181			91.6			0.896043			90.4			0.881561
39				96.8			0.959856			95.4			0.942505			94.2			0.927612			92.8			0.910616			91.8			0.898466			90.6			0.883968
38				96.9			0.9611			95.6			0.944976			94.4			0.930071			93			0.913054			92			0.900891			90.9			0.887584
37				97.1			0.963591			95.8			0.947449			94.6			0.932533			93.3			0.916715			92.3			0.904533			91.1			0.889998
36				97.3			0.966084			96			0.949925			94.8			0.934998			93.5			0.919159			92.5			0.906964			91.3			0.892414
35				97.4			0.967331			96.2			0.952404			95			0.937465			93.7			0.921605			92.7			0.909398			91.6			0.896043
34				97.6			0.969828			96.3			0.953644			95.2			0.939935			93.9			0.924054			92.9			0.911834			91.8			0.898466
33				97.8			0.972328			96.5			0.956127			95.4			0.942407			94.1			0.926506			93.1			0.914273			92			0.900891
32				98			0.974831			96.7			0.958612			95.6			0.944882			94.4			0.930188			93.4			0.917936			92.2			0.903318
31				98.1			0.976083			96.9			0.9611			95.8			0.947359			94.6			0.932646			93.6			0.920382			92.5			0.906964
30				98.3			0.978589			97.1			0.963591			96			0.949839			94.8			0.935107			93.8			0.92283			92.7			0.909398
29				98.4			0.979843			97.3			0.966084			96.2			0.952322			95.1			0.938803			94			0.92528			92.9			0.911834
28				98.6			0.982353			97.5			0.96858			96.4			0.954808			95.3			0.94127			94.2			0.927733			93.1			0.914273
27				98.8			0.984866			97.7			0.971078			96.6			0.957296			95.5			0.94374			94.5			0.931417			93.4			0.917936
26				99			0.987382			97.9			0.973579			96.8			0.959786			95.8			0.947449			94.7			0.933876			93.6			0.920382
25				99.2			0.9899			98.1			0.976083			97			0.96228			96			0.949925			94.9			0.936338			93.9			0.924054
24				99.3			0.99116			98.3			0.978589			97.2			0.964776			96.2			0.952404			95.1			0.938803			94.1			0.926506
23				99.5			0.993683			98.5			0.981098			97.4			0.967274			96.4			0.954885			95.4			0.942505			94.3			0.92896
22				99.7			0.996208			98.6			0.982353			97.6			0.969776			96.6			0.957369			95.6			0.944976			94.6			0.932646
21				99.8			0.997471			98.8			0.984866			97.8			0.97228			96.8			0.959856			95.8			0.947449			94.8			0.935107
20				100			1			99			0.987382			98			0.974786			97			0.962345			96			0.949925			95			0.93757
19										99.2			0.9899			98.2			0.977296			97.2			0.964837			96.2			0.952404			95.2			0.940036
18										99.3			0.99116			98.3			0.978551			97.4			0.967331			96.4			0.954885			95.4			0.942505
17										99.5			0.993683			98.5			0.981065			97.6			0.969828			96.6			0.957369			95.6			0.944976
16										99.7			0.996208			98.7			0.983581			97.8			0.972328			96.8			0.959856			95.9			0.948687
15										99.8			0.997471			98.9			0.986099			98			0.974831			97			0.962345			96.1			0.951164
14										100			1			99.1			0.988621			98.1			0.976083			97.2			0.964837			96.3			0.953644
13																99.2			0.989882			98.3			0.978589			97.4			0.967331			96.5			0.956127
12																99.4			0.992408			98.5			0.981098			97.6			0.969828			96.7			0.958612
11																99.6			0.994936			98.7			0.98361			97.8			0.972328			96.9			0.9611
10																99.7			0.996201			98.9			0.986124			98			0.974831			97.1			0.963591
9																99.9			0.998733			99			0.987382			98.2			0.977336			97.3			0.966084
8																						99.2			0.9899			98.3			0.978589			97.5			0.96858
7																						99.3			0.99116			98.5			0.981098			97.6			0.969828
6																						99.4			0.992421			98.7			0.98361			97.8			0.972328
5																						99.5			0.993683			98.9			0.986124			98			0.974831
4																						99.7			0.996208			99			0.987382			98.2			0.977336
3																						99.8			0.997471			99.2			0.9899			98.4			0.979843
2																						100			1			99.4			0.992421			98.5			0.981098
1																												99.5			0.993683			98.7			0.98361
0																												99.7			0.996208			98.9			0.986124
p < class=' _1'>	溶液温度 ℃			酒精计读数
p < class=' _1'>				94						93						92						91						90						89
p < class=' _1'>				温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>	40				89.2			0.867168			88			0.852864			86.8			0.838648			85.8			0.826868			84.5			0.811643			83.4			0.79884
p < class=' _1'>	39				89.4			0.869561			88.2			0.855242			87.1			0.842194			86.1			0.830396			84.8			0.815148			83.7			0.802325
p < class=' _1'>	38				89.7			0.873154			88.5			0.858813			87.3			0.844561			86.3			0.83275			85.1			0.818658			84			0.805815
p < class=' _1'>	37				89.9			0.875553			88.8			0.86239			87.6			0.848116			86.6			0.836287			85.3			0.821			84.3			0.80931
p < class=' _1'>	36				90.2			0.879156			89			0.864778			87.8			0.850489			86.8			0.838648			85.6			0.824519			84.6			0.812811
p < class=' _1'>	35				90.4			0.881561			89.2			0.867168			88.1			0.854053			87.1			0.842194			85.9			0.828043			84.8			0.815148
p < class=' _1'>	34				90.6			0.883968			89.5			0.870758			88.2			0.855242			87.4			0.845745			86.2			0.831573			85			0.817487
p < class=' _1'>	33				90.9			0.887584			89.8			0.874353			88.6			0.860005			87.6			0.848116			86.5			0.835108			85.1			0.818658
p < class=' _1'>	32				91.1			0.889998			90			0.876753			88.9			0.863584			87.9			0.851676			86.7			0.837467			85.4			0.822173
p < class=' _1'>	31				91.4			0.893623			90.2			0.879156			89.1			0.865973			88.1			0.854053			87			0.841011			85.7			0.825693
p < class=' _1'>	30				91.6			0.896043			90.5			0.882764			89.4			0.869561			88.4			0.857622			87.3			0.844561			86			0.829219
p < class=' _1'>	29				91.8			0.898466			90.8			0.886378			89.7			0.873154			88.6			0.860005			87.6			0.848116			86.3			0.83275
p < class=' _1'>	28				92.1			0.902104			91.1			0.889998			90			0.876753			88.9			0.863584			87.9			0.851676			86.5			0.835108
p < class=' _1'>	27				92.3			0.904533			91.3			0.892414			90.2			0.879156			89.2			0.867168			88.1			0.854053			86.8			0.838648
p < class=' _1'>	26				92.6			0.908181			91.5			0.894833			90.5			0.882764			89.4			0.869561			88.4			0.857622			87.1			0.842194
p < class=' _1'>	25				92.8			0.910616			91.8			0.898466			90.7			0.885173			89.7			0.873154			88.7			0.861197			87.4			0.845745
p < class=' _1'>	24				93.1			0.914273			92			0.900891			91			0.888791			90			0.876753			89			0.864778			87.7			0.849302
p < class=' _1'>	23				93.3			0.916715			92.3			0.904533			91.3			0.892414			90.2			0.879156			89.2			0.867168			88			0.852864
p < class=' _1'>	22				93.5			0.919159			92.5			0.906964			91.5			0.894833			90.5			0.882764			89.5			0.870758			88.4			0.857622
p < class=' _1'>	21				93.8			0.92283			92.8			0.910616			91.8			0.898466			90.7			0.885173			89.7			0.873154			88.7			0.861197
p < class=' _1'>	20				94			0.92528			93			0.913054			92			0.900891			91			0.888791			90			0.876753			89			0.864778
p < class=' _1'>	19				94.2			0.927733			93.2			0.915494			92.2			0.903318			91.2			0.891206			90.3			0.880358			89.3			0.868364
p < class=' _1'>	18				94.4			0.930188			93.5			0.919159			92.5			0.906964			91.5			0.894833			90.6			0.883968			89.5			0.870758
p < class=' _1'>	17				94.6			0.932646			93.7			0.921605			92.7			0.909398			91.7			0.897254			90.8			0.886378			89.8			0.874353
p < class=' _1'>	16				94.9			0.936338			93.9			0.924054			93			0.913054			92			0.900891			91			0.888791			90			0.876753
p < class=' _1'>	15				95.1			0.938803			94.2			0.927733			93.2			0.915494			92.2			0.903318			91.3			0.892414			90.3			0.880358
p < class=' _1'>	14				95.3			0.94127			94.3			0.92896			93.4			0.917936			92.5			0.906964			91.5			0.894833			90.5			0.882764
p < class=' _1'>	13				95.5			0.94374			94.6			0.932646			93.6			0.920382			92.7			0.909398			91.7			0.897254			90.8			0.886378
p < class=' _1'>	12				95.7			0.946212			94.8			0.935107			93.9			0.924054			92.9			0.911834			92			0.900891			91			0.888791
p < class=' _1'>	11				96			0.949925			95			0.93757			94.1			0.926506			93.2			0.915494			92.2			0.903318			91.3			0.892414
p < class=' _1'>	10				96.2			0.952404			95.2			0.940036			94.3			0.92896			93.4			0.917936			92.5			0.906964			91.5			0.894833
p < class=' _1'>	9				96.4			0.954885			95.5			0.94374			94.5			0.931417			93.6			0.920382			92.8			0.910616			91.8			0.898466
p < class=' _1'>	8				96.6			0.957369			95.7			0.946212			94.8			0.935107			93.9			0.924054			92.1			0.902104			92			0.900891
p < class=' _1'>	7				96.8			0.959856			95.9			0.948687			95			0.93757			94.1			0.926506			93.2			0.915494			92.2			0.903318
p < class=' _1'>	6				97			0.962345			96.1			0.951164			95.2			0.940036			94.3			0.92896			93.4			0.917936			92.5			0.906964
p < class=' _1'>	5				97.1			0.963591			96.3			0.953644			95.4			0.942505			94.5			0.931417			93.6			0.920382			92.7			0.909398
p < class=' _1'>	4				97.3			0.966084			96.5			0.956127			95.6			0.944976			94.7			0.933876			93.8			0.92283			92.9			0.911834
p < class=' _1'>	3				97.5			0.96858			96.7			0.958612			95.8			0.947449			94.9			0.936338			94.1			0.926506			93.2			0.915494
p < class=' _1'>	2				97.7			0.971078			96.9			0.9611			96			0.949925			95.1			0.938803			94.3			0.92896			93.4			0.917936
p < class=' _1'>	1				97.9			0.973579			97			0.962345			96.2			0.952404			95.3			0.94127			94.5			0.931417			93.6			0.920382
p < class=' _1'>	0				98.1			0.976083			97.2			0.964837			96.4			0.954885			95.7			0.946212			94.7			0.933876			93.8			0.92283
p < class=' _1'>	溶液温度 ℃			酒精计读数
p < class=' _1'>				88						87						86						85						84						83
p < class=' _1'>				温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>	40				82.3			0.786107			81.3			0.774594			80.1			0.760854			79.1			0.749468			78			0.737009			76.9			0.724618
p < class=' _1'>	39				82.6			0.789573			81.6			0.778042			80.4			0.764281			79.4			0.752878			78.3			0.7404			77.2			0.727991
p < class=' _1'>	38				82.9			0.793043			81.9			0.781495			80.7			0.767714			79.7			0.756293			78.6			0.743796			77.5			0.731368
p < class=' _1'>	37				83.2			0.796519			82.2			0.784953			81			0.771151			80			0.759713			78.9			0.747197			77.8			0.734751
p < class=' _1'>	36				83.5			0.800001			82.5			0.788417			81.3			0.774594			80.3			0.763138			79.2			0.750604			78.1			0.738139
p < class=' _1'>	35				83.8			0.803487			82.8			0.791886			81.6			0.778042			80.6			0.766569			79.5			0.754016			78.4			0.741531
p < class=' _1'>	34				84			0.805815			83			0.794202			81.9			0.781495			80.9			0.770005			79.8			0.757432			78.7			0.744929
p < class=' _1'>	33				84.3			0.80931			83.3			0.797679			82.2			0.784953			81.2			0.773446			80.1			0.760854			79.1			0.749468
p < class=' _1'>	32				84.6			0.812811			83.6			0.801162			82.5			0.788417			81.5			0.776892			80.4			0.764281			79.4			0.752878
p < class=' _1'>	31				84.9			0.816317			83.9			0.804651			82.8			0.791886			81.8			0.780343			80.7			0.767714			79.7			0.756293
p < class=' _1'>	30				85.2			0.819829			84.2			0.808144			83.1			0.79536			82.1			0.7838			81			0.771151			80			0.759713
p < class=' _1'>	29				85.6			0.824519			84.4			0.810476			83.4			0.79884			82.4			0.787262			81.3			0.774594			80.3			0.763138
p < class=' _1'>	28				85.8			0.826868			84.7			0.813979			83.7			0.802325			82.7			0.790729			81.6			0.778042			80.6			0.766569
p < class=' _1'>	27				86.1			0.830396			85			0.817487			84			0.805815			83			0.794202			81.9			0.781495			80.9			0.770005
p < class=' _1'>	26				86.3			0.83275			85.3			0.821			84.3			0.80931			83.3			0.797679			82.2			0.784953			81.2			0.773446
p < class=' _1'>	25				86.6			0.836287			85.6			0.824519			84.6			0.812811			83.6			0.801162			82.5			0.788417			81.5			0.776892
p < class=' _1'>	24				86.9			0.839829			85.9			0.828043			84.9			0.816317			83.8			0.803487			82.8			0.791886			81.8			0.780343
p < class=' _1'>	23				87.2			0.843377			86.2			0.831573			85.1			0.818658			84.1			0.806979			83.1			0.79536			82.1			0.7838
p < class=' _1'>	22				87.4			0.845745			86.4			0.833929			85.2			0.819829			84.4			0.810476			83.4			0.79884			82.4			0.787262
p < class=' _1'>	21				87.7			0.849302			86.7			0.837467			85.7			0.825693			84.7			0.813979			83.7			0.802325			82.7			0.790729
p < class=' _1'>	20				88			0.852864			87			0.841011			86			0.829219			85			0.817487			84			0.805815			83			0.794202
p < class=' _1'>	19				88.3			0.856432			87.3			0.844561			86.3			0.83275			85.3			0.821			84.3			0.80931			83.3			0.797679
p < class=' _1'>	18				88.5			0.858813			87.5			0.84693			86.5			0.835108			85.5			0.823346			84.6			0.812811			83.6			0.801162
p < class=' _1'>	17				88.8			0.86239			87.8			0.850489			86.8			0.838648			85.8			0.826868			84.8			0.815148			83.9			0.804651
p < class=' _1'>	16				89			0.864778			88.1			0.854053			87.1			0.842194			86.1			0.830396			85.1			0.818658			84.2			0.808144
p < class=' _1'>	15				89.3			0.868364			88.3			0.856432			87.4			0.845745			86.4			0.833929			85.4			0.822173			84.4			0.810476
p < class=' _1'>	14				89.6			0.871956			88.6			0.860005			87.6			0.848116			86.7			0.837467			85.7			0.825693			84.7			0.813979
p < class=' _1'>	13				89.8			0.874353			88.9			0.863584			87.9			0.851676			86.9			0.839829			86			0.829219			85			0.817487
p < class=' _1'>	12				90.1			0.877954			89.1			0.865973			88.2			0.855242			87.2			0.843377			86.2			0.831573			85.3			0.821
p < class=' _1'>	11				90.3			0.880358			89.4			0.869561			88.3			0.856432			87.5			0.84693			86.5			0.835108			85.6			0.824519
p < class=' _1'>	10				90.6			0.883968			89.6			0.871956			88.7			0.861197			87.7			0.849302			86.8			0.838648			85.8			0.826868
p < class=' _1'>	9				90.8			0.886378			89.9			0.875553			89			0.864778			88			0.852864			87			0.841011			86.1			0.830396
p < class=' _1'>	8				91.1			0.889998			90.1			0.877954			89.3			0.868364			88			0.852864			87.3			0.844561			86.4			0.833929
p < class=' _1'>	7				91.3			0.892414			90.4			0.881561			89.5			0.870758			88.5			0.858813			87.6			0.848116			86.6			0.836287
p < class=' _1'>	6				91.6			0.896043			90.6			0.883968			89.8			0.874353			88.8			0.86239			87.8			0.850489			86.9			0.839829
p < class=' _1'>	5				91.8			0.898466			90.9			0.887584			90			0.876753			89			0.864778			88.1			0.854053			87.2			0.843377
p < class=' _1'>	4				92			0.900891			91.1			0.889998			90.3			0.880358			89.3			0.868364			88.4			0.857622			87.4			0.845745
p < class=' _1'>	3				92.2			0.903318			91.3			0.892414			90.5			0.882764			89.5			0.870758			88.6			0.860005			87.7			0.849302
p < class=' _1'>	2				92.5			0.906964			91.6			0.896043			90.8			0.886378			89.8			0.874353			88.8			0.86239			87.9			0.851676
p < class=' _1'>	1				92.7			0.909398			91.8			0.898466			91			0.888791			90			0.876753			89.1			0.865973			88.2			0.855242
p < class=' _1'>	0				92.9			0.911834			92			0.900891			91.2			0.891206			90.2			0.879156			89.4			0.869561			88.4			0.857622
p < class=' _1'>	溶液温度 ℃		酒精计读数
p < class=' _1'>			82						81						80						79						78						77
p < class=' _1'>			温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>	40		75.9			0.713413			75			0.703376			73.8			0.690063			72.8			0.679029			71.6			0.66586			70.6			0.654945
p < class=' _1'>	39		76.2			0.716769			75.3			0.706716			74.1			0.693383			73.1			0.682333			71.9			0.669145			70.9			0.658214
p < class=' _1'>	38		76.5			0.720129			75.6			0.710062			74.4			0.696709			73.4			0.685642			72.3			0.673532			71.2			0.661488
p < class=' _1'>	37		76.8			0.723495			75.9			0.713413			74.7			0.70004			73.7			0.688957			72.6			0.676828			71.6			0.66586
p < class=' _1'>	36		77.1			0.726866			76.2			0.716769			74.9			0.702263			74			0.692276			72.9			0.68013			71.9			0.669145
p < class=' _1'>	35		77.4			0.730242			76.5			0.720129			75.3			0.706716			74.3			0.6956			73.2			0.683436			72.2			0.672435
p < class=' _1'>	34		77.8			0.734751			76.8			0.723495			75.7			0.711178			74.7			0.70004			73.6			0.687851			72.5			0.675729
p < class=' _1'>	33		78.1			0.738139			77.1			0.726866			76			0.714531			75			0.703376			73.9			0.691169			72.8			0.679029
p < class=' _1'>	32		78.4			0.741531			77.4			0.730242			76.3			0.717888			75.3			0.706716			74.2			0.694492			73.2			0.683436
p < class=' _1'>	31		78.7			0.744929			77.7			0.733623			76.6			0.721251			75.6			0.710062			74.6			0.698929			73.5			0.686747
p < class=' _1'>	30		79			0.748332			78			0.737009			76.9			0.724618			75.9			0.713413			74.9			0.702263			73.8			0.690063
p < class=' _1'>	29		79.3			0.751741			78.3			0.7404			77.2			0.727991			76.2			0.716769			75.2			0.705602			74.2			0.694492
p < class=' _1'>	28		79.6			0.755154			78.6			0.743796			77.6			0.732495			76.5			0.720129			75.5			0.708946			74.5			0.697819
p < class=' _1'>	27		79.9			0.758572			78.9			0.747197			77.9			0.73588			76.8			0.723495			75.8			0.712295			74.8			0.701151
p < class=' _1'>	26		80.2			0.761996			79.2			0.750604			78.2			0.739269			77.2			0.727991			76.1			0.715649			75.1			0.704489
p < class=' _1'>	25		80.5			0.765425			79.5			0.754016			78.5			0.742663			77.5			0.731368			76.4			0.719008			75.4			0.707831
p < class=' _1'>	24		80.8			0.768859			79.8			0.757432			78.8			0.746063			77.8			0.734751			76.8			0.723495			75.8			0.712295
p < class=' _1'>	23		81.1			0.772298			80.1			0.760854			79.1			0.749468			78.1			0.738139			77.1			0.726866			76.1			0.715649
p < class=' _1'>	22		81.4			0.775743			80.4			0.764281			79.4			0.752878			78.4			0.741531			77.4			0.730242			76.4			0.719008
p < class=' _1'>	21		81.7			0.779192			80.7			0.767714			79.7			0.756293			78.7			0.744929			77.7			0.733623			76.7			0.722373
p < class=' _1'>	20		82			0.782647			81			0.771151			80			0.759713			79			0.748332			78			0.737009			77			0.725742
p < class=' _1'>	19		82.3			0.786107			81.3			0.774594			80.3			0.763138			79.3			0.751741			78.3			0.7404			77.3			0.729116
p < class=' _1'>	18		82.6			0.789573			81.6			0.778042			80.6			0.766569			79.6			0.755154			78.6			0.743796			77.6			0.732495
p < class=' _1'>	17		82.9			0.793043			81.9			0.781495			80.9			0.770005			79.9			0.758572			78.9			0.747197			77.9			0.73588
p < class=' _1'>	16		83.2			0.796519			82.2			0.784953			81.2			0.773446			80.2			0.761996			79.2			0.750604			78.2			0.739269
p < class=' _1'>	15		83.4			0.79884			82.5			0.788417			81.5			0.776892			80.5			0.765425			79.5			0.754016			78.5			0.742663
p < class=' _1'>	14		83.7			0.802325			82.8			0.791886			81.8			0.780343			80.8			0.768859			79.8			0.757432			78.8			0.746063
p < class=' _1'>	13		84			0.805815			83.1			0.79536			82.1			0.7838			81.1			0.772298			80.1			0.760854			79.1			0.749468
p < class=' _1'>	12		84.3			0.80931			83.3			0.797679			82.4			0.787262			81.4			0.775743			80.4			0.764281			79.4			0.752878
p < class=' _1'>	11		84.6			0.812811			83.6			0.801162			82.7			0.790729			81.7			0.779192			80.7			0.767714			79.7			0.756293
p < class=' _1'>	10		84.9			0.816317			83.9			0.804651			83			0.794202			82			0.782647			81			0.771151			80			0.759713
p < class=' _1'>	9		85.2			0.819829			84.2			0.808144			83.2			0.796519			82.3			0.786107			81.3			0.774594			80.3			0.763138
p < class=' _1'>	8		85.4			0.822173			84.5			0.811643			83.5			0.800001			82.6			0.789573			81.6			0.778042			80.6			0.766569
p < class=' _1'>	7		85.7			0.825693			84.8			0.815148			83.8			0.803487			82.8			0.791886			81.9			0.781495			80.8			0.768859
p < class=' _1'>	6		86			0.829219			85			0.817487			84.1			0.806979			83.1			0.79536			82.2			0.784953			81.1			0.772298
p < class=' _1'>	5		86.2			0.831573			85.3			0.821			84.3			0.80931			83.4			0.79884			82.4			0.787262			81.2			0.773446
p < class=' _1'>	4		86.5			0.835108			85.6			0.824519			84.6			0.812811			83.7			0.802325			82.7			0.790729			81.6			0.778042
p < class=' _1'>	3		86.8			0.838648			85.8			0.826868			84.9			0.816317			84			0.805815			83			0.794202			81.9			0.781495
p < class=' _1'>	2		87			0.841011			86.1			0.830396			85.2			0.819829			84.2			0.808144			83.3			0.797679			82.4			0.787262
p < class=' _1'>	1		87.3			0.844561			86.4			0.833929			85.4			0.822173			84.5			0.811643			83.6			0.801162			82.6			0.789573
p < class=' _1'>	0		87.5			0.84693			86.6			0.836287			85.7			0.825693			84.8			0.815148			83.8			0.803487			82.9			0.793043
p < class=' _1'>	溶液温度 ℃				酒精计读数
p < class=' _1'>					76						75						74						73						72						71
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>	40				69.5			0.643001			68.6			0.633276			67.5			0.621448			66.4			0.609684			65.4			0.599043			64.3			0.587399
p < class=' _1'>	39				69.8			0.646252			68.9			0.636513			67.8			0.624668			66.7			0.612886			65.7			0.60223			64.6			0.590568
p < class=' _1'>	38				70.2			0.650594			69.2			0.639755			68.1			0.627892			67.1			0.617163			66			0.605422			65			0.594802
p < class=' _1'>	37				70.5			0.653857			69.6			0.644084			68.5			0.632198			67.4			0.620376			66.4			0.609684			65.4			0.599043
p < class=' _1'>	36				70.8			0.657124			69.9			0.647337			68.8			0.635433			67.8			0.624668			66.7			0.612886			65.7			0.60223
p < class=' _1'>	35				71.2			0.661488			70.2			0.650594			69.1			0.638673			68.1			0.627892			67			0.616093			66.1			0.606486
p < class=' _1'>	34				71.5			0.664766			70.6			0.654945			69.5			0.643001			68.4			0.631121			67.4			0.620376			66.4			0.609684
p < class=' _1'>	33				71.8			0.668049			70.9			0.658214			69.8			0.646252			68.8			0.635433			67.7			0.623594			66.7			0.612886
p < class=' _1'>	32				72.1			0.671337			71.2			0.661488			70.1			0.649508			69.1			0.638673			68			0.626817			67			0.616093
p < class=' _1'>	31				72.5			0.675729			71.5			0.664766			70.5			0.653857			69.5			0.643001			68.4			0.631121			67.4			0.620376
p < class=' _1'>	30				72.8			0.679029			71.8			0.668049			70.8			0.657124			69.8			0.646252			68.7			0.634355			67.7			0.623594
p < class=' _1'>	29				73.1			0.682333			72.1			0.671337			71.1			0.660396			70.1			0.649508			69.1			0.638673			68			0.626817
p < class=' _1'>	28				73.5			0.686747			72.4			0.67463			71.4			0.663673			70.4			0.652769			69.4			0.641918			68.4			0.631121
p < class=' _1'>	27				73.8			0.690063			72.8			0.679029			71.7			0.666954			70.7			0.656034			69.7			0.645168			68.7			0.634355
p < class=' _1'>	26				74.1			0.693383			73.1			0.682333			72.1			0.671337			71.1			0.660396			70.1			0.649508			69.1			0.638673
p < class=' _1'>	25				74.4			0.696709			73.4			0.685642			72.4			0.67463			71.4			0.663673			70.4			0.652769			69.4			0.641918
p < class=' _1'>	24				74.7			0.70004			73.7			0.688957			72.7			0.677928			71.7			0.666954			70.7			0.656034			69.7			0.645168
p < class=' _1'>	23				75.1			0.704489			74.1			0.693383			73			0.681231			72			0.670241			71			0.659305			70			0.648422
p < class=' _1'>	22				75.4			0.707831			74.4			0.696709			73.4			0.685642			72.4			0.67463			71.4			0.663673			70.4			0.652769
p < class=' _1'>	21				75.7			0.711178			74.7			0.70004			73.7			0.688957			72.7			0.677928			71.7			0.666954			70.7			0.656034
p < class=' _1'>	20				76			0.714531			75			0.703376			74			0.692276			73			0.681231			72			0.670241			71			0.659305
p < class=' _1'>	19				76.3			0.717888			75.3			0.706716			74.3			0.6956			73.3			0.684539			72.3			0.673532			71.3			0.66258
p < class=' _1'>	18				76.6			0.721251			75.6			0.710062			74.6			0.698929			73.6			0.687851			72.6			0.676828			71.6			0.66586
p < class=' _1'>	17				76.9			0.724618			75.9			0.713413			74.9			0.702263			74			0.692276			73			0.681231			72			0.670241
p < class=' _1'>	16				77.2			0.727991			76.2			0.716769			75.3			0.706716			74.3			0.6956			73.3			0.684539			72.3			0.673532
p < class=' _1'>		15			77.6			0.732495			76.6			0.721251			75.6			0.710062			74.6			0.698929			73.6			0.687851			72.6			0.676828
p < class=' _1'>		14			77.9			0.73588			76.9			0.724618			75.9			0.713413			75			0.703376			73.9			0.691169			72.9			0.68013
p < class=' _1'>		13			78.2			0.739269			77.2			0.727991			76.2			0.716769			75.4			0.707831			74.2			0.694492			73.2			0.683436
p < class=' _1'>		12			78.5			0.742663			77.5			0.731368			76.5			0.720129			75.6			0.710062			74.5			0.697819			73.6			0.687851
p < class=' _1'>		11			78.8			0.746063			77.8			0.734751			76.8			0.723495			75.8			0.712295			74.9			0.702263			73.9			0.691169
p < class=' _1'>		10			79.1			0.749468			78.1			0.738139			77.1			0.726866			76.2			0.716769			75.2			0.705602			74.2			0.694492
p < class=' _1'>		9			79.4			0.752878			78.4			0.741531			77.4			0.730242			76.5			0.720129			75.5			0.708946			74.5			0.697819
p < class=' _1'>		8			79.7			0.756293			78.7			0.744929			77.7			0.733623			76.8			0.723495			76			0.714531			74.8			0.701151
p < class=' _1'>		7			80			0.759713			79			0.748332			78			0.737009			77.1			0.726866			76.4			0.719008			75.1			0.704489
p < class=' _1'>		6			80.2			0.761996			79.3			0.751741			78.3			0.7404			77.4			0.730242			76.7			0.722373			75.4			0.707831
p < class=' _1'>		5			80.5			0.765425			79.6			0.755154			78.6			0.743796			77.7			0.733623			77			0.725742			75.8			0.712295
p < class=' _1'>		4			80.8			0.768859			79.9			0.758572			79.2			0.750604			78			0.737009			77.3			0.729116			76			0.714531
p < class=' _1'>		3			81.1			0.772298			80.2			0.761996			79.5			0.754016			78.3			0.7404			77.6			0.732495			76.4			0.719008
p < class=' _1'>		2			81.4			0.775743			80.4			0.764281			79.8			0.757432			78.6			0.743796			77.8			0.734751			76.6			0.721251
p < class=' _1'>		1			81.7			0.779192			80.7			0.767714			80.1			0.760854			78.8			0.746063			77.9			0.73588			77			0.725742
p < class=' _1'>		0			82			0.782647			81			0.771151			80.4			0.764281			79.1			0.749468			78.2			0.739269			77.2			0.727991
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					70						69						68						67						66						65
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			63.3			0.576866			62.2			0.565339			61.1			0.553873			60.1			0.543501			59.1			0.53318			58.1			0.522907
p < class=' _1'>		39			63.6			0.58002			62.6			0.569523			61.5			0.558035			60.5			0.547644			59.5			0.537302			58.5			0.52701
p < class=' _1'>		38			64			0.584233			62.9			0.572667			61.8			0.561162			60.8			0.550756			59.8			0.5404			58.8			0.530093
p < class=' _1'>		37			64.3			0.587399			63.2			0.575816			62.2			0.565339			61.2			0.554913			60.2			0.544536			59.2			0.53421
p < class=' _1'>		36			64.7			0.591626			63.6			0.58002			62.6			0.569523			61.6			0.559077			60.5			0.547644			59.6			0.538334
p < class=' _1'>		35			65			0.594802			64			0.584233			62.9			0.572667			61.8			0.561162			60.9			0.551794			59.9			0.541433
p < class=' _1'>		34			65.3			0.597982			64.3			0.587399			63.2			0.575816			62.2			0.565339			61.2			0.554913			60.2			0.544536
p < class=' _1'>		33			65.7			0.60223			64.6			0.590568			63.6			0.58002			62.5			0.568477			61.6			0.559077			60.6			0.548681
p < class=' _1'>		32			66			0.605422			65			0.594802			63.9			0.583179			62.9			0.572667			61.9			0.562206			60.9			0.551794
p < class=' _1'>		31			66.4			0.609684			65.4			0.599043			94.3			0.92896			63.3			0.576866			62.3			0.566384			61.3			0.555953
p < class=' _1'>		30			66.7			0.612886			65.6			0.601167			64.6			0.590568			63.6			0.58002			62.6			0.569523			61.6			0.559077
p < class=' _1'>		29			67			0.616093			66			0.605422			65			0.594802			64			0.584233			62.9			0.572667			61.9			0.562206
p < class=' _1'>		28			67.4			0.620376			66.3			0.608618			65.3			0.597982			64.3			0.587399			63.3			0.576866			62.3			0.566384
p < class=' _1'>		27			67.7			0.623594			66.7			0.612886			65.7			0.60223			64.7			0.591626			63.6			0.58002			62.6			0.569523
p < class=' _1'>		26			68			0.626817			67			0.616093			66			0.605422			65			0.594802			64			0.584233			63			0.573716
p < class=' _1'>		25			68.4			0.631121			67.3			0.619305			66.3			0.608618			65.3			0.597982			64.3			0.587399			63.3			0.576866
p < class=' _1'>		24			68.7			0.634355			67.7			0.623594			66.7			0.612886			65.7			0.60223			64.6			0.590568			63.6			0.58002
p < class=' _1'>		23			69			0.637593			68			0.626817			67			0.616093			66			0.605422			65			0.594802			64			0.584233
p < class=' _1'>		22			69.3			0.640836			68.3			0.630044			67.3			0.619305			66.3			0.608618			65.3			0.597982			64.3			0.587399
p < class=' _1'>		21			69.7			0.645168			68.7			0.634355			67.7			0.623594			66.7			0.612886			65.7			0.60223			64.6			0.590568
p < class=' _1'>		20			70			0.648422			69			0.637593			68			0.626817			67			0.616093			66			0.605422			65			0.594802
p < class=' _1'>		19			70.3			0.651681			69.3			0.640836			68.3			0.630044			67.3			0.619305			66.3			0.608618			65.3			0.597982
p < class=' _1'>		18			70.6			0.654945			69.6			0.644084			68.7			0.634355			67.7			0.623594			66.7			0.612886			65.7			0.60223
p < class=' _1'>		17			71			0.659305			70			0.648422			69			0.637593			68			0.626817			67			0.616093			66			0.605422
p < class=' _1'>		16			71.3			0.66258			70.3			0.651681			69.3			0.640836			68.3			0.630044			67.3			0.619305			66.3			0.608618
p < class=' _1'>		15			71.6			0.66586			70.6			0.654945			69.6			0.644084			68.6			0.633276			67.7			0.623594			66.7			0.612886
p < class=' _1'>		14			72			0.670241			71			0.659305			70			0.648422			69			0.637593			68			0.626817			67			0.616093
p < class=' _1'>		13			72.3			0.673532			71.3			0.66258			70.3			0.651681			69.3			0.640836			68.3			0.630044			67.4			0.620376
p < class=' _1'>		12			72.6			0.676828			71.6			0.66586			70.6			0.654945			69.6			0.644084			68.7			0.634355			67.7			0.623594
p < class=' _1'>		11			72.9			0.68013			71.9			0.669145			71			0.659305			70			0.648422			69			0.637593			68			0.626817
p < class=' _1'>		10			73.2			0.683436			72.2			0.672435			71.3			0.66258			70.3			0.651681			69.3			0.640836			68.3			0.630044
p < class=' _1'>		9			73.5			0.686747			72.6			0.676828			71.9			0.669145			70.6			0.654945			69.6			0.644084			68.7			0.634355
p < class=' _1'>		8			73.8			0.690063			72.9			0.68013			71.9			0.669145			70.9			0.658214			70			0.648422			69			0.637593
p < class=' _1'>		7			74.2			0.694492			73.2			0.683436			72.2			0.672435			71.3			0.66258			70.3			0.651681			69.3			0.640836
p < class=' _1'>		6			74.5			0.697819			73.5			0.686747			72.5			0.675729			71.6			0.66586			70.6			0.654945			69.6			0.644084
p < class=' _1'>		5			74.8			0.701151			73.8			0.690063			72.9			0.68013			71.9			0.669145			70.9			0.658214			70			0.648422
p < class=' _1'>		4			75.1			0.704489			74.1			0.693383			73.2			0.683436			72.2			0.672435			71.2			0.661488			70.3			0.651681
p < class=' _1'>		3			75.4			0.707831			74.4			0.696709			73.5			0.686747			72.5			0.675729			71.6			0.66586			70.6			0.654945
p < class=' _1'>		2			75.7			0.711178			74.7			0.70004			73.8			0.690063			72.8			0.679029			71.9			0.669145			70.9			0.658214
p < class=' _1'>		1			76			0.714531			75			0.703376			74			0.692276			73.1			0.682333			72.2			0.672435			71.2			0.661488
p < class=' _1'>		0			76.3			0.717888			75.4			0.707831			74.1			0.693383			73.4			0.685642			72.5			0.675729			71.5			0.664766
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					64						63						62						61						60						59
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			57.1			0.512684			56			0.501494			55			0.491372			54			0.481298			52.8			0.469271			51.8			0.459301
p < class=' _1'>		39			57.5			0.516767			56.4			0.505556			55.3			0.494403			54.4			0.485321			53.2			0.473272			52.2			0.463284
p < class=' _1'>		38			57.8			0.519835			56.7			0.508608			55.7			0.498452			54.7			0.488344			53.5			0.476278			52.5			0.466275
p < class=' _1'>		37			58.2			0.523932			57.1			0.512684			56			0.501494			55.1			0.492382			53.9			0.480293			52.9			0.470271
p < class=' _1'>		36			58.5			0.52701			57.4			0.515745			56.3			0.50454			55.5			0.496427			54.2			0.483309			53.2			0.473272
p < class=' _1'>		35			58.9			0.531121			57.8			0.519835			56.8			0.509626			55.8			0.499465			54.6			0.487336			53.6			0.477281
p < class=' _1'>		34			59.2			0.53421			58.1			0.522907			57.1			0.512684			56.1			0.502509			55			0.491372			54			0.481298
p < class=' _1'>		33			59.6			0.538334			58.5			0.52701			57.4			0.515745			56.5			0.506573			55.3			0.494403			54.3			0.484315
p < class=' _1'>		32			59.9			0.541433			58.8			0.530093			57.7			0.518812			56.8			0.509626			55.7			0.498452			54.7			0.488344
p < class=' _1'>		31			60.3			0.545572			59.2			0.53421			58.1			0.522907			57.2			0.513704			56			0.501494			55			0.491372
p < class=' _1'>		30			60.6			0.548681			59.5			0.537302			58.5			0.52701			57.5			0.516767			56.4			0.505556			55.4			0.495415
p < class=' _1'>		29			60.9			0.551794			59.9			0.541433			58.8			0.530093			57.8			0.519835			56.8			0.509626			55.8			0.499465
p < class=' _1'>		28			61.2			0.554913			60.2			0.544536			59.2			0.53421			58.2			0.523932			57.2			0.513704			56.1			0.502509
p < class=' _1'>		27			61.6			0.559077			60.6			0.548681			59.6			0.538334			58.5			0.52701			57.5			0.516767			56.5			0.506573
p < class=' _1'>		26			62			0.56325			60.9			0.551794			59.9			0.541433			58.9			0.531121			57.9			0.520858			56.9			0.510645
p < class=' _1'>		25			62.2			0.565339			61.3			0.555953			60.3			0.545572			59.2			0.53421			58.2			0.523932			57.2			0.513704
p < class=' _1'>		24			62.6			0.569523			61.6			0.559077			60.6			0.548681			59.6			0.538334			58.6			0.528037			57.6			0.517789
p < class=' _1'>		23			63			0.573716			62			0.56325			61			0.552833			60			0.542467			58.9			0.531121			57.9			0.520858
p < class=' _1'>		22			63.3			0.576866			62.3			0.566384			61.3			0.555953			60.3			0.545572			59.3			0.53524			58.3			0.524958
p < class=' _1'>		21			63.6			0.58002			62.6			0.569523			61.6			0.559077			60.6			0.548681			59.6			0.538334			58.6			0.528037
p < class=' _1'>		20			64			0.584233			63			0.573716			62			0.56325			61			0.552833			60			0.542467			59			0.53215
p < class=' _1'>		19			64.3			0.587399			63.3			0.576866			62.3			0.566384			61.3			0.555953			60.4			0.546607			59.4			0.536271
p < class=' _1'>		18			64.7			0.591626			63.7			0.581073			92.7			0.909398			61.7			0.560119			60.7			0.549718			59.7			0.539367
p < class=' _1'>		17			65			0.594802			64			0.584233			63			0.573716			62			0.56325			61			0.552833			60			0.542467
p < class=' _1'>		16			65.4			0.599043			64.4			0.588455			63.4			0.577917			62.4			0.56743			61.4			0.556994			60.4			0.546607
p < class=' _1'>		15			65.7			0.60223			64.7			0.591626			63.7			0.581073			62.7			0.570571			61.7			0.560119			60.8			0.550756
p < class=' _1'>		14			66			0.605422			65			0.594802			64.1			0.585288			63.1			0.574766			62			0.56325			61.1			0.553873
p < class=' _1'>		13			66.4			0.609684			65.4			0.599043			64.4			0.588455			63.4			0.577917			62.4			0.56743			61.4			0.556994
p < class=' _1'>		12			66.7			0.612886			65.7			0.60223			64.7			0.591626			63.8			0.582126			62.8			0.571619			61.8			0.561162
p < class=' _1'>		11			67			0.616093			66			0.605422			65.1			0.595861			64.1			0.585288			63.1			0.574766			62.1			0.564294
p < class=' _1'>		10			67.4			0.620376			66.4			0.609684			65.4			0.599043			64.4			0.588455			63.5			0.578968			62.5			0.568477
p < class=' _1'>		9			67.7			0.623594			66.7			0.612886			65.7			0.60223			64.8			0.592684			63.8			0.582126			62.8			0.571619
p < class=' _1'>		8			68			0.626817			67			0.616093			66.1			0.606486			65.1			0.595861			64.1			0.585288			63.2			0.575816
p < class=' _1'>		7			68.4			0.631121			67.4			0.620376			66.4			0.609684			65.4			0.599043			64.5			0.589511			63.5			0.578968
p < class=' _1'>		6			68.7			0.634355			67.7			0.623594			66.7			0.612886			65.8			0.603293			64.8			0.592684			63.8			0.582126
p < class=' _1'>		5			69			0.637593			68			0.626817			67.1			0.617163			66.1			0.606486			65.1			0.595861			64.2			0.586343
p < class=' _1'>		4			69.3			0.640836			68.4			0.631121			67.4			0.620376			66.4			0.609684			65.5			0.600105			64.5			0.589511
p < class=' _1'>		3			69.6			0.644084			68.7			0.634355			67.7			0.623594			66.8			0.613955			65.8			0.603293			64.8			0.592684
p < class=' _1'>		2			70			0.648422			69			0.637593			68			0.626817			67.1			0.617163			66.1			0.606486			65.2			0.596922
p < class=' _1'>		1			70.3			0.651681			69.3			0.640836			68.4			0.631121			67.4			0.620376			66.4			0.609684			65.5			0.600105
p < class=' _1'>		0			70.6			0.654945			69.6			0.644084			68.7			0.634355			67.7			0.623594			66.8			0.613955			65.8			0.603293
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					58						57						56						55						54						53
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			50.8			0.449378			49.7			0.438516			48.6			0.42771			47.6			0.417934			46.6			0.408203			45.5			0.397552
p < class=' _1'>		39			51.1			0.45235			50.1			0.442459			49			0.431633			48			0.421839			47			0.41209			45.9			0.401419
p < class=' _1'>		38			51.5			0.456319			50.4			0.445422			49.3			0.43458			48.3			0.424772			47.3			0.41501			46.3			0.405293
p < class=' _1'>		37			51.9			0.460296			50.8			0.449378			49.7			0.438516			48.7			0.42869			47.7			0.418909			46.6			0.408203
p < class=' _1'>		36			52.2			0.463284			51.2			0.453342			50.1			0.442459			49.1			0.432615			48.1			0.422816			47			0.41209
p < class=' _1'>		35			52.6			0.467273			51.6			0.457313			50.5			0.44641			49.5			0.436547			48.5			0.42673			47.4			0.415984
p < class=' _1'>		34			53			0.471271			51.9			0.460296			50.8			0.449378			49.8			0.439501			48.8			0.42967			47.8			0.419885
p < class=' _1'>		33			53.3			0.474274			52.3			0.46428			51.2			0.453342			50.2			0.443446			49.2			0.433597			48.2			0.423794
p < class=' _1'>		32			53.7			0.478285			52.7			0.468272			51.6			0.457313			50.6			0.447399			49.6			0.437531			48.6			0.42771
p < class=' _1'>		31			54			0.481298			53			0.471271			51.9			0.460296			50.9			0.450368			49.9			0.440487			48.9			0.430651
p < class=' _1'>		30			54.4			0.485321			53.4			0.475276			52.3			0.46428			51.3			0.454334			50.3			0.444434			49.3			0.43458
p < class=' _1'>		29			54.8			0.489353			53.7			0.478285			52.7			0.468272			51.7			0.458307			50.7			0.448388			49.6			0.437531
p < class=' _1'>		28			55.1			0.492382			54.1			0.482303			53.1			0.472271			52.1			0.462287			51			0.451359			50			0.441473
p < class=' _1'>		27			55.5			0.496427			54.5			0.486329			53.4			0.475276			52.4			0.465278			51.4			0.455326			50.4			0.445422
p < class=' _1'>		26			55.8			0.499465			54.8			0.489353			53.8			0.479288			52.8			0.469271			51.8			0.459301			50.8			0.449378
p < class=' _1'>		25			56.2			0.503524			55.2			0.493392			54.2			0.483309			53.2			0.473272			52.2			0.463284			51.1			0.45235
p < class=' _1'>		24			56.6			0.50759			55.6			0.497439			54.5			0.486329			53.5			0.476278			52.5			0.466275			51.5			0.456319
p < class=' _1'>		23			56.9			0.510645			55.9			0.500479			54.9			0.490362			53.9			0.480293			52.9			0.470271			51.9			0.460296
p < class=' _1'>		22			57.3			0.514724			56.3			0.50454			55.3			0.494403			54.3			0.484315			53.3			0.474274			52.2			0.463284
p < class=' _1'>		21			57.6			0.517789			56.6			0.50759			55.6			0.497439			54.6			0.487336			53.6			0.477281			52.6			0.467273
p < class=' _1'>		20			58			0.521883			57			0.511664			56			0.501494			55			0.491372			54			0.481298			53			0.471271
p < class=' _1'>		19			58.4			0.525984			57.4			0.515745			56.4			0.505556			55.4			0.495415			54.4			0.485321			53.4			0.475276
p < class=' _1'>		18			58.7			0.529065			57.7			0.518812			56.7			0.508608			55.7			0.498452			54.7			0.488344			53.7			0.478285
p < class=' _1'>		17			59.1			0.53318			58.1			0.522907			57.1			0.512684			56.1			0.502509			55.1			0.492382			54.1			0.482303
p < class=' _1'>		16			59.5			0.537302			58.5			0.52701			57.5			0.516767			56.5			0.506573			55.5			0.496427			54.5			0.486329
p < class=' _1'>		15			59.8			0.5404			58.8			0.530093			57.8			0.519835			56.8			0.509626			55.8			0.499465			54.8			0.489353
p < class=' _1'>		14			60.1			0.543501			59.1			0.53318			58.2			0.523932			57.2			0.513704			56.2			0.503524			55.2			0.493392
p < class=' _1'>		13			60.5			0.547644			59.5			0.537302			58.5			0.52701			57.5			0.516767			56.6			0.50759			55.6			0.497439
p < class=' _1'>		12			60.8			0.550756			59.8			0.5404			58.8			0.530093			57.9			0.520858			56.9			0.510645			55.9			0.500479
p < class=' _1'>		11			61.2			0.554913			60.2			0.544536			59.1			0.53318			58.2			0.523932			57.2			0.513704			56.3			0.50454
p < class=' _1'>		10			61.5			0.558035			60.5			0.547644			59.6			0.538334			58.6			0.528037			57.6			0.517789			56.6			0.50759
p < class=' _1'>		9			61.9			0.562206			60.9			0.551794			59.9			0.541433			58.9			0.531121			58			0.521883			57			0.511664
p < class=' _1'>		8			62.2			0.565339			61.2			0.554913			60.3			0.545572			59.3			0.53524			58.3			0.524958			57.4			0.515745
p < class=' _1'>		7			62.5			0.568477			61.6			0.559077			60.6			0.548681			59.6			0.538334			58.7			0.529065			57.7			0.518812
p < class=' _1'>		6			62.9			0.572667			61.9			0.562206			61			0.552833			60			0.542467			59			0.53215			58.1			0.522907
p < class=' _1'>		5			63.2			0.575816			62.3			0.566384			61.3			0.555953			60.3			0.545572			59.4			0.536271			58.4			0.525984
p < class=' _1'>		4			63.6			0.58002			62.6			0.569523			61.6			0.559077			60.7			0.549718			59.7			0.539367			58.8			0.530093
p < class=' _1'>		3			63.9			0.583179			62.9			0.572667			62			0.56325			61			0.552833			60.1			0.543501			59.1			0.53318
p < class=' _1'>		2			64.2			0.586343			63.3			0.576866			62.3			0.566384			61.4			0.556994			60.4			0.546607			59.4			0.536271
p < class=' _1'>		1			64.6			0.590568			63.6			0.58002			62.6			0.569523			61.7			0.560119			60.7			0.549718			59.8			0.5404
p < class=' _1'>		0			64.9			0.593743			63.9			0.583179			63			0.573716			62			0.56325			61.1			0.553873			60.1			0.543501
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					52						51						50						49						48						47
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			44.4			0.386955			43.4			0.377368			42.4			0.367824			41.4			0.358325			40.4			0.348869			39.2			0.337579
p < class=' _1'>		39			44.8			0.390802			43.8			0.381197			42.7			0.370683			41.8			0.36212			40.8			0.352646			39.6			0.341336
p < class=' _1'>		38			45.2			0.394656			44.2			0.385034			43.1			0.3745			42.2			0.365921			41.2			0.35643			40			0.345099
p < class=' _1'>		37			45.5			0.397552			44.5			0.387916			43.5			0.378324			42.5			0.368777			41.5			0.359273			40.4			0.348869
p < class=' _1'>		36			45.9			0.401419			44.9			0.391765			43.9			0.382156			42.9			0.37259			41.9			0.363069			40.8			0.352646
p < class=' _1'>		35			46.3			0.405293			45.3			0.395621			44.3			0.385994			43.3			0.376411			42.3			0.366873			41.2			0.35643
p < class=' _1'>		34			46.7			0.409174			45.7			0.399485			44.7			0.38984			43.7			0.380239			42.7			0.370683			41.5			0.359273
p < class=' _1'>		33			47.1			0.413063			46.1			0.403355			45			0.392728			44.1			0.384074			43.1			0.3745			41.9			0.363069
p < class=' _1'>		32			47.4			0.415984			46.4			0.406263			45.4			0.396586			44.4			0.386955			43.4			0.377368			42.4			0.367824
p < class=' _1'>		31			47.8			0.419885			46.8			0.410146			45.8			0.400452			44.8			0.390802			43.8			0.381197			42.7			0.370683
p < class=' _1'>		30			48.2			0.423794			47.2			0.414036			46.2			0.404324			45.2			0.394656			44.2			0.385034			43.1			0.3745
p < class=' _1'>		29			48.6			0.42771			47.6			0.417934			46.6			0.408203			45.6			0.398518			44.5			0.387916			43.5			0.378324
p < class=' _1'>		28			49			0.431633			48			0.421839			47			0.41209			45.9			0.401419			44.9			0.391765			43.9			0.382156
p < class=' _1'>		27			49.4			0.435563			48.3			0.424772			47.3			0.41501			46.3			0.405293			45.3			0.395621			44.3			0.385994
p < class=' _1'>		26			49.7			0.438516			48.7			0.42869			47.7			0.418909			46.7			0.409174			45.7			0.399485			44.7			0.38984
p < class=' _1'>		25			50.1			0.442459			49.1			0.432615			48.1			0.422816			47.1			0.413063			46.1			0.403355			45.1			0.393692
p < class=' _1'>		24			50.4			0.445422			49.5			0.436547			48.5			0.42673			47.5			0.416959			46.4			0.406263			45.4			0.396586
p < class=' _1'>		23			50.9			0.450368			49.9			0.440487			48.9			0.430651			47.8			0.419885			46.8			0.410146			45.8			0.400452
p < class=' _1'>		22			51.2			0.453342			50.2			0.443446			49.2			0.433597			48.2			0.423794			47.2			0.414036			46.2			0.404324
p < class=' _1'>		21			51.6			0.457313			50.6			0.447399			49.6			0.437531			48.6			0.42771			47.6			0.417934			46.6			0.408203
p < class=' _1'>		20			52.2			0.463284			51			0.451359			50			0.441473			49			0.431633			48			0.421839			47			0.41209
p < class=' _1'>		19			52.4			0.465278			51.4			0.455326			50.4			0.445422			49.4			0.435563			48.4			0.425751			47.4			0.415984
p < class=' _1'>		18			52.7			0.468272			51.7			0.458307			50.7			0.448388			49.8			0.439501			48.8			0.42967			47.8			0.419885
p < class=' _1'>		17			53.1			0.472271			52.1			0.462287			51.1			0.45235			50.1			0.442459			49.2			0.433597			48.2			0.423794
p < class=' _1'>		16			53.5			0.476278			52.5			0.466275			51.5			0.456319			50.5			0.44641			49.5			0.436547			48.6			0.42771
p < class=' _1'>		15			53.9			0.480293			52.9			0.470271			51.9			0.460296			50.9			0.450368			49.9			0.440487			48.9			0.430651
p < class=' _1'>		14			54.3			0.484315			53.2			0.473272			52.2			0.463284			51.3			0.454334			50.3			0.444434			49.3			0.43458
p < class=' _1'>		13			54.6			0.487336			53.6			0.477281			52.6			0.467273			51.6			0.457313			50.7			0.448388			49.7			0.438516
p < class=' _1'>		12			55			0.491372			54			0.481298			53			0.471271			52			0.461291			51			0.451359			50.1			0.442459
p < class=' _1'>		11			55.3			0.494403			54.3			0.484315			53.4			0.475276			52.4			0.465278			51.4			0.455326			50.4			0.445422
p < class=' _1'>		10			55.7			0.498452			54.7			0.488344			53.7			0.478285			52.8			0.469271			51.8			0.459301			50.8			0.449378
p < class=' _1'>		9			56			0.501494			55.1			0.492382			54.1			0.482303			53.1			0.472271			52.2			0.463284			51.2			0.453342
p < class=' _1'>		8			56.4			0.505556			55.4			0.495415			54.5			0.486329			53.5			0.476278			52.5			0.466275			51.6			0.457313
p < class=' _1'>		7			56.8			0.509626			55.8			0.499465			54.8			0.489353			53.9			0.480293			52.9			0.470271			51.9			0.460296
p < class=' _1'>		6			57.1			0.512684			56.1			0.502509			55.2			0.493392			54.2			0.483309			53.2			0.473272			52.3			0.46428
p < class=' _1'>		5			57.4			0.515745			56.5			0.506573			55.5			0.496427			54.6			0.487336			53.6			0.477281			52.7			0.468272
p < class=' _1'>		4			57.8			0.519835			56.8			0.509626			55.9			0.500479			54.9			0.490362			54			0.481298			53			0.471271
p < class=' _1'>		3			58.2			0.523932			57.2			0.513704			56.2			0.503524			55.3			0.494403			54.3			0.484315			53.4			0.475276
p < class=' _1'>		2			58.5			0.52701			57.5			0.516767			56.6			0.50759			55.6			0.497439			54.7			0.488344			53.8			0.479288
p < class=' _1'>		1			58.8			0.530093			57.9			0.520858			57			0.511664			56			0.501494			55			0.491372			54.1			0.482303
p < class=' _1'>		0			59.2			0.53421			58.2			0.523932			57.3			0.514724			56.4			0.505556			55.4			0.495415			54.5			0.486329
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					46						45						44						43						42						41
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			38.2			0.328218			37			0.317041			36.1			0.308698			35			0.298547			34			0.289363			33			0.28022
p < class=' _1'>		39			38.4			0.330087			37.4			0.32076			36.5			0.312402			35.4			0.302232			34.4			0.293031			33.4			0.283872
p < class=' _1'>		38			39			0.335704			37.8			0.324486			36.9			0.316112			35.8			0.305924			34.8			0.296707			33.8			0.287531
p < class=' _1'>		37			39.4			0.339457			38.2			0.328218			37.3			0.31983			36.2			0.309623			35.2			0.300389			34.2			0.291196
p < class=' _1'>		36			39.8			0.343217			38.6			0.331957			37.7			0.323554			36.6			0.313329			35.6			0.304078			34.6			0.294868
p < class=' _1'>		35			40.2			0.346983			39			0.335704			38.1			0.327284			37			0.317041			36			0.307773			35			0.298547
p < class=' _1'>		34			40.5			0.349813			39.5			0.340396			38.5			0.331022			37.4			0.32076			36.4			0.311475			35.4			0.302232
p < class=' _1'>		33			40.9			0.353592			39.9			0.344158			38.9			0.334766			37.8			0.324486			36.8			0.315184			35.8			0.305924
p < class=' _1'>		32			41.3			0.357378			40.3			0.347926			39.3			0.338518			38.2			0.328218			37.2			0.3189			36.2			0.309623
p < class=' _1'>		31			41.7			0.36117			40.7			0.351701			39.7			0.342276			38.6			0.331957			37.6			0.322622			36.6			0.313329
p < class=' _1'>		30			42.1			0.36497			41.1			0.355484			40.1			0.346041			39			0.335704			38			0.326351			37			0.317041
p < class=' _1'>		29			42.5			0.368777			41.5			0.359273			40.6			0.350757			39.4			0.339457			38.4			0.330087			37.4			0.32076
p < class=' _1'>		28			42.9			0.37259			41.9			0.363069			40.8			0.352646			39.8			0.343217			38.8			0.33383			37.8			0.324486
p < class=' _1'>		27			43.3			0.376411			42.3			0.366873			41.2			0.35643			40.2			0.346983			39.2			0.337579			38.2			0.328218
p < class=' _1'>		26			43.7			0.380239			42.7			0.370683			41.6			0.360221			40.6			0.350757			39.6			0.341336			38.6			0.331957
p < class=' _1'>		25			44.1			0.384074			43			0.373545			42			0.364019			41			0.354538			40			0.345099			39			0.335704
p < class=' _1'>		24			44.4			0.386955			43.4			0.377368			42.4			0.367824			41.4			0.358325			40.4			0.348869			39.4			0.339457
p < class=' _1'>		23			44.8			0.390802			43.8			0.381197			42.8			0.371636			41.8			0.36212			40.8			0.352646			39.8			0.343217
p < class=' _1'>		22			45.2			0.394656			44.2			0.385034			43.2			0.375455			42.2			0.365921			41.2			0.35643			40.2			0.346983
p < class=' _1'>		21			45.6			0.398518			44.6			0.388877			43.6			0.379281			42.6			0.36973			41.6			0.360221			40.6			0.350757
p < class=' _1'>		20			46			0.402387			45			0.392728			44			0.383115			43			0.373545			42			0.364019			41			0.354538
p < class=' _1'>		19			46.4			0.406263			45.4			0.396586			44.4			0.386955			43.4			0.377368			42.4			0.367824			41.4			0.358325
p < class=' _1'>		18			46.8			0.410146			45.8			0.400452			44.8			0.390802			43.8			0.381197			42.8			0.371636			41.8			0.36212
p < class=' _1'>		17			47.2			0.414036			46.2			0.404324			45.2			0.394656			44.2			0.385034			43.2			0.375455			42.2			0.365921
p < class=' _1'>		16			47.6			0.417934			46.6			0.408203			45.6			0.398518			44.6			0.388877			43.6			0.379281			42.6			0.36973
p < class=' _1'>		15			47.9			0.420862			47			0.41209			46			0.402387			45			0.392728			44			0.383115			43			0.373545
p < class=' _1'>		14			48.3			0.424772			47.3			0.41501			46.4			0.406263			45.4			0.396586			44.4			0.386955			43.4			0.377368
p < class=' _1'>		13			48.7			0.42869			47.7			0.418909			46.7			0.409174			45.8			0.400452			44.8			0.390802			43.8			0.381197
p < class=' _1'>		12			49.1			0.432615			48.1			0.422816			47.1			0.413063			46.1			0.403355			45.2			0.394656			44.2			0.385034
p < class=' _1'>		11			49.5			0.436547			48.5			0.42673			47.5			0.416959			46.5			0.407233			45.6			0.398518			44.6			0.388877
p < class=' _1'>		10			49.8			0.439501			48.9			0.430651			47.9			0.420862			46.9			0.411118			46			0.402387			45			0.392728
p < class=' _1'>		9			50.2			0.443446			49.2			0.433597			48.3			0.424772			47.3			0.41501			46.4			0.406263			45.4			0.396586
p < class=' _1'>		8			50.6			0.447399			49.6			0.437531			48.6			0.42771			47.7			0.418909			46.7			0.409174			45.8			0.400452
p < class=' _1'>		7			51			0.451359			50			0.441473			49			0.431633			48.1			0.422816			47.1			0.413063			46.2			0.404324
p < class=' _1'>		6			51.3			0.454334			50.4			0.445422			49.4			0.435563			48.4			0.425751			47.5			0.416959			46.5			0.407233
p < class=' _1'>		5			51.7			0.458307			50.8			0.449378			49.8			0.439501			48.8			0.42967			47.9			0.420862			46.9			0.411118
p < class=' _1'>		4			52.1			0.462287			51.1			0.45235			50.2			0.443446			49.2			0.433597			48.2			0.423794			47.3			0.41501
p < class=' _1'>		3			52.4			0.465278			51.5			0.456319			50.5			0.44641			49.6			0.437531			48.6			0.42771			47.7			0.418909
p < class=' _1'>		2			52.8			0.469271			51.8			0.459301			50.9			0.450368			49.9			0.440487			49			0.431633			48			0.421839
p < class=' _1'>		1			53.2			0.473272			52.2			0.463284			51.3			0.454334			50.3			0.444434			49.4			0.435563			48.4			0.425751
p < class=' _1'>		0			53.5			0.476278			52.6			0.467273			51.6			0.457313			50.7			0.448388			49.7			0.438516			48.8			0.42967
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					40						39						38						37						36						35
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			332			8.626472			31			0.262057			30			0.253036			29			0.244056			28			0.235115			26.8			0.224439
p < class=' _1'>		39			32.4			0.274754			31.4			0.265676			30.4			0.256639			29.4			0.247643			28.4			0.238687			27.2			0.227992
p < class=' _1'>		38			32.8			0.278396			31.8			0.269302			30.8			0.260249			29.8			0.251237			28.8			0.242264			27.7			0.232441
p < class=' _1'>		37			33.2			0.282045			32.2			0.272935			31.2			0.263866			30.2			0.254837			29.2			0.245849			28			0.235115
p < class=' _1'>		36			33.6			0.2857			32.6			0.276574			31.6			0.267488			30.6			0.258444			29.6			0.249439			28.4			0.238687
p < class=' _1'>		35			34			0.289363			33			0.28022			32			0.271118			31			0.262057			30			0.253036			28.8			0.242264
p < class=' _1'>		34			34.4			0.293031			33.4			0.283872			32.4			0.274754			31.4			0.265676			30.4			0.256639			29.3			0.246746
p < class=' _1'>		33			34.8			0.296707			33.8			0.287531			32.8			0.278396			31.8			0.269302			30.8			0.260249			29.7			0.250338
p < class=' _1'>		32			35.2			0.300389			34.2			0.291196			33.2			0.282045			32.2			0.272935			31.2			0.263866			30.1			0.253936
p < class=' _1'>		31			35.6			0.304078			34.6			0.294868			33.6			0.2857			32.6			0.276574			31.6			0.267488			30.5			0.257541
p < class=' _1'>		30			36			0.307773			35			0.298547			34			0.289363			33			0.28022			32			0.271118			30.9			0.261153
p < class=' _1'>		29			36.4			0.311475			35.4			0.302232			34.4			0.293031			33.4			0.283872			32.3			0.273844			31.3			0.264771
p < class=' _1'>		28			36.8			0.315184			35.8			0.305924			34.8			0.296707			33.8			0.287531			32.8			0.278396			31.7			0.268395
p < class=' _1'>		27			37.2			0.3189			36.2			0.309623			35.2			0.300389			34.2			0.291196			33.2			0.282045			32.2			0.272935
p < class=' _1'>		26			37.6			0.322622			36.6			0.313329			35.6			0.304078			34.6			0.294868			33.6			0.2857			32.6			0.276574
p < class=' _1'>		25			38			0.326351			37			0.317041			36			0.307773			35			0.298547			34			0.289363			33			0.28022
p < class=' _1'>		24			38.4			0.330087			37.4			0.32076			36.4			0.311475			35.4			0.302232			34.4			0.293031			33.4			0.283872
p < class=' _1'>		23			38.8			0.33383			37.8			0.324486			36.8			0.315184			35.8			0.305924			34.8			0.296707			33.8			0.287531
p < class=' _1'>		22			39.2			0.337579			38.2			0.328218			37.2			0.3189			36.2			0.309623			35.2			0.300389			34.2			0.291196
p < class=' _1'>		21			39.6			0.341336			38.6			0.331957			37.6			0.322622			36.6			0.313329			35.6			0.304078			34.6			0.294868
p < class=' _1'>		20			40			0.345099			39			0.335704			38			0.326351			37			0.317041			36			0.307773			35			0.298547
p < class=' _1'>		19			40.4			0.348869			39.4			0.339457			38.4			0.330087			37.4			0.32076			36.4			0.311475			35.4			0.302232
p < class=' _1'>		18			40.8			0.352646			39.8			0.343217			38.8			0.33383			37.8			0.324486			36.8			0.315184			35.8			0.305924
p < class=' _1'>		17			41.2			0.35643			40.2			0.346983			39.2			0.337579			38.2			0.328218			37.2			0.3189			36.2			0.309623
p < class=' _1'>		16			41.6			0.360221			40.6			0.350757			39.6			0.341336			38.6			0.331957			37.6			0.322622			36.6			0.313329
p < class=' _1'>		15			42			0.364019			41			0.354538			40			0.345099			39			0.335704			38			0.326351			37			0.317041
p < class=' _1'>		14			42.4			0.367824			41.4			0.358325			40.4			0.348869			39.4			0.339457			38.4			0.330087			37.4			0.32076
p < class=' _1'>		13			42.8			0.371636			41.8			0.36212			40.8			0.352646			39.8			0.343217			38.8			0.33383			37.8			0.324486
p < class=' _1'>		12			43.2			0.375455			42.2			0.365921			41.2			0.35643			40.2			0.346983			39.2			0.337579			38.2			0.328218
p < class=' _1'>		11			43.6			0.379281			42.6			0.36973			41.6			0.360221			40.6			0.350757			39.6			0.341336			38.7			0.332893
p < class=' _1'>		10			44			0.383115			43			0.373545			42			0.364019			41			0.354538			40.1			0.346041			39.1			0.336641
p < class=' _1'>		9			44.4			0.386955			43.4			0.377368			42.4			0.367824			41.4			0.358325			40.5			0.349813			39.5			0.340396
p < class=' _1'>		8			44.8			0.390802			43.8			0.381197			42.8			0.371636			41.9			0.363069			40.9			0.353592			39.9			0.344158
p < class=' _1'>		7			45.2			0.394656			44.2			0.385034			43.2			0.375455			42.3			0.366873			41.3			0.357378			40.3			0.347926
p < class=' _1'>		6			45.6			0.398518			44.6			0.388877			43.6			0.379281			42.7			0.370683			41.7			0.36117			40.7			0.351701
p < class=' _1'>		5			46			0.402387			45			0.392728			44			0.383115			43.1			0.3745			42.1			0.36497			41.1			0.355484
p < class=' _1'>		4			46.3			0.405293			45.4			0.396586			44.4			0.386955			43.4			0.377368			42.5			0.368777			41.5			0.359273
p < class=' _1'>		3			46.7			0.409174			45.8			0.400452			44.8			0.390802			43.8			0.381197			42.9			0.37259			41.9			0.363069
p < class=' _1'>		2			47.1			0.413063			46.1			0.403355			45.2			0.394656			44.2			0.385034			43.3			0.376411			42.3			0.366873
p < class=' _1'>		1			47.5			0.416959			46.5			0.407233			45.6			0.398518			44.6			0.388877			43.7			0.380239			42.7			0.370683
p < class=' _1'>		0			47.8			0.419885			46.9			0.411118			46			0.402387			45			0.392728			44			0.383115			43.1			0.3745
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					34						33						32						31						30						29
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			25.8			0.215586			24.8			0.206772			24			0.199749			23			0.191004			22.2			0.184036			21.2			0.175361
p < class=' _1'>		39			26.2			0.219123			25.2			0.210293			24.4			0.203257			23.4			0.194497			22.6			0.187517			21.6			0.178827
p < class=' _1'>		38			26.7			0.223552			25.7			0.214703			24.8			0.206772			23.8			0.197997			23			0.191004			22			0.182298
p < class=' _1'>		37			27			0.226215			26			0.217354			25.2			0.210293			24.2			0.201502			23.4			0.194497			22.4			0.185776
p < class=' _1'>		36			27.4			0.22977			26.4			0.220893			25.6			0.21382			24.6			0.205014			23.8			0.197997			22.8			0.18926
p < class=' _1'>		35			27.8			0.233332			26.8			0.224439			26			0.217354			25			0.208532			24.2			0.201502			23.2			0.19275
p < class=' _1'>		34			28.3			0.237793			27.3			0.228881			26.4			0.220893			25.4			0.212056			24.5			0.204135			23.5			0.195372
p < class=' _1'>		33			28.7			0.241369			27.7			0.232441			26.8			0.224439			25.8			0.215586			24.9			0.207652			23.9			0.198872
p < class=' _1'>		32			29.1			0.244952			28.1			0.236008			27.2			0.227992			26.2			0.219123			25.3			0.211174			24.3			0.202379
p < class=' _1'>		31			29.5			0.248541			28.5			0.239581			27.6			0.23155			26.6			0.222666			25.7			0.214703			24.7			0.205893
p < class=' _1'>		30			29.9			0.252136			28.9			0.24316			28			0.235115			27			0.226215			26.1			0.218238			25.1			0.209412
p < class=' _1'>		29			30.3			0.255738			29.4			0.247643			28.4			0.238687			27.4			0.22977			26.4			0.220893			25.5			0.212938
p < class=' _1'>		28			30.7			0.259346			29.7			0.250338			28.8			0.242264			27.8			0.233332			26.8			0.224439			25.9			0.21647
p < class=' _1'>		27			31.2			0.263866			30.2			0.254837			29.2			0.245849			28.2			0.2369			27.2			0.227992			26.3			0.220008
p < class=' _1'>		26			31.6			0.267488			30.6			0.258444			29.6			0.249439			28.6			0.240475			27.6			0.23155			26.6			0.222666
p < class=' _1'>		25			32			0.271118			31			0.262057			30			0.253036			29			0.244056			28			0.235115			27			0.226215
p < class=' _1'>		24			32.4			0.274754			31.4			0.265676			30.4			0.256639			29.4			0.247643			28.4			0.238687			27.4			0.22977
p < class=' _1'>		23			32.8			0.278396			31.8			0.269302			30.8			0.260249			29.8			0.251237			28.8			0.242264			27.8			0.233332
p < class=' _1'>		22			33.2			0.282045			32.2			0.272935			31.2			0.263866			30.2			0.254837			29.2			0.245849			28.2			0.2369
p < class=' _1'>		21			33.6			0.2857			32.6			0.276574			31.6			0.267488			30.6			0.258444			29.6			0.249439			28.6			0.240475
p < class=' _1'>		20			34			0.289363			33			0.28022			32			0.271118			31			0.262057			30			0.253036			29			0.244056
p < class=' _1'>		19			34.4			0.293031			33.4			0.283872			32.4			0.274754			31.4			0.265676			30.4			0.256639			29.4			0.247643
p < class=' _1'>		18			34.8			0.296707			33.8			0.287531			32.8			0.278396			31.8			0.269302			30.8			0.260249			29.8			0.251237
p < class=' _1'>		17			35.2			0.300389			34.2			0.291196			33.2			0.282045			32.2			0.272935			31.2			0.263866			30.2			0.254837
p < class=' _1'>		16			35.6			0.304078			34.6			0.294868			33.6			0.2857			32.6			0.276574			31.6			0.267488			30.6			0.258444
p < class=' _1'>		15			36			0.307773			35			0.298547			34			0.289363			33			0.28022			32			0.271118			31			0.262057
p < class=' _1'>		14			36.4			0.311475			35.4			0.302232			34.4			0.293031			33.4			0.283872			32.4			0.274754			31.4			0.265676
p < class=' _1'>		13			36.8			0.315184			35.9			0.306849			34.9			0.297627			33.9			0.288446			32.8			0.278396			31.8			0.269302
p < class=' _1'>		12			37.3			0.31983			326.3			8.158007			35.3			0.30131			34.3			0.292114			33.3			0.282958			32.3			0.273844
p < class=' _1'>		11			37.7			0.323554			36.7			0.314256			35.7			0.305001			34.7			0.295787			33.7			0.286615			32.7			0.277485
p < class=' _1'>		10			38.1			0.327284			37.1			0.31797			36.1			0.308698			35.1			0.299468			34.1			0.290279			33.1			0.281132
p < class=' _1'>		9			38.5			0.331022			37.5			0.321691			36.5			0.312402			35.5			0.303155			34.5			0.29395			33.5			0.284786
p < class=' _1'>		8			38.9			0.334766			37.9			0.325418			36.9			0.316112			36			0.307773			35			0.298547			33.9			0.288446
p < class=' _1'>		7			39.3			0.338518			38.3			0.329152			37.3			0.31983			36.4			0.311475			35.4			0.302232			34.4			0.293031
p < class=' _1'>		6			39.7			0.342276			38.8			0.33383			37.8			0.324486			36.8			0.315184			35.8			0.305924			34.8			0.296707
p < class=' _1'>		5			40.1			0.346041			39.2			0.337579			38.2			0.328218			37.2			0.3189			36.2			0.309623			35.2			0.300389
p < class=' _1'>		4			40.5			0.349813			39.6			0.341336			38.6			0.331957			37.6			0.322622			36.6			0.313329			35.6			0.304078
p < class=' _1'>		3			40.9			0.353592			40			0.345099			39			0.335704			38			0.326351			37.1			0.31797			36			0.307773
p < class=' _1'>		2			41.3			0.357378			40.4			0.348869			39.4			0.339457			38.4			0.330087			37.5			0.321691			36.5			0.312402
p < class=' _1'>		1			41.7			0.36117			40.8			0.352646			39.8			0.343217			38.9			0.334766			37.9			0.325418			36.9			0.316112
p < class=' _1'>		0			42.1			0.36497			41.2			0.35643			40.2			0.346983			39.3			0.338518			38.3			0.329152			37.3			0.31983
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					28						27						26						25						24						23
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			20.4			0.168448			19.4			0.159841			18.6			0.152982			17.8			0.146147			17			0.139336			16.2			0.132549
p < class=' _1'>		39			20.8			0.171901			19.8			0.163279			19			0.156408			18.2			0.149562			17.4			0.142739			16.5			0.135091
p < class=' _1'>		38			21.2			0.175361			20.2			0.166724			19.3			0.158982			18.5			0.152126			17.7			0.145295			16.9			0.138486
p < class=' _1'>		37			21.5			0.17796			20.5			0.169311			19.7			0.162419			18.9			0.155551			18			0.147854			17.2			0.141037
p < class=' _1'>		36			21.9			0.18143			20.9			0.172766			20.1			0.165862			19.2			0.158124			18.4			0.151271			17.6			0.144442
p < class=' _1'>		35			22.3			0.184906			21.3			0.176227			20.4			0.168448			19.6			0.161559			18.8			0.154695			17.9			0.147
p < class=' _1'>		34			22.7			0.188388			21.7			0.179694			20.8			0.171901			20			0.165001			19.1			0.157266			18.2			0.149562
p < class=' _1'>		33			23.1			0.191877			22.2			0.184036			21.2			0.175361			20.3			0.167586			19.4			0.159841			18.6			0.152982
p < class=' _1'>		32			23.4			0.194497			22.4			0.185776			21.6			0.178827			20.7			0.171038			19.8			0.163279			18.9			0.155551
p < class=' _1'>		31			23.8			0.197997			22.8			0.18926			21.9			0.18143			21			0.17363			20.2			0.166724			19.3			0.158982
p < class=' _1'>		30			24.2			0.201502			23.2			0.19275			22.3			0.184906			21.4			0.177093			20.5			0.169311			19.6			0.161559
p < class=' _1'>		29			24.6			0.205014			23.6			0.196246			22.7			0.188388			21.8			0.180562			50.8			0.449378			19.9			0.16414
p < class=' _1'>		28			24.9			0.207652			24			0.199749			23			0.191004			22.1			0.183167			21.2			0.175361			20.2			0.166724
p < class=' _1'>		27			25.3			0.211174			24.4			0.203257			23.4			0.194497			22.5			0.186646			21.5			0.17796			20.6			0.170174
p < class=' _1'>		26			25.7			0.214703			24.7			0.205893			23.8			0.197997			22.8			0.18926			21.9			0.18143			20.9			0.172766
p < class=' _1'>		25			26.1			0.218238			25.1			0.209412			24.1			0.200625			23.2			0.19275			22.2			0.184036			21.3			0.176227
p < class=' _1'>		24			26.4			0.220893			25.5			0.212938			24.5			0.204135			23.5			0.195372			22.6			0.187517			21.6			0.178827
p < class=' _1'>		23			26.8			0.224439			25.8			0.215586			24.9			0.207652			23.9			0.198872			22.9			0.190132			22			0.182298
p < class=' _1'>		22			27.2			0.227992			26.2			0.219123			25.3			0.211174			24.3			0.202379			23.3			0.193623			22.3			0.184906
p < class=' _1'>		21			26.6			0.222666			26.6			0.222666			5.6			0.044789			24.6			0.205014			23.6			0.196246			22.6			0.187517
p < class=' _1'>		20			28			0.235115			27			0.226215			26			0.217354			25			0.208532			24			0.199749			23			0.191004
p < class=' _1'>		19			28.4			0.238687			27.4			0.22977			26.4			0.220893			25.4			0.212056			24.4			0.203257			23.3			0.193623
p < class=' _1'>		18			28.8			0.242264			27.8			0.233332			26.7			0.223552			25.7			0.214703			24.7			0.205893			23.7			0.197121
p < class=' _1'>		17			29.2			0.245849			28.1			0.236008			27.1			0.227103			26.1			0.218238			25.1			0.209412			24			0.199749
p < class=' _1'>		16			29.6			0.249439			28.5			0.239581			27.5			0.23066			26.5			0.221779			25.4			0.212056			24.4			0.203257
p < class=' _1'>		15			30			0.253036			28.9			0.24316			27.9			0.234223			26.8			0.224439			25.8			0.215586			24.7			0.205893
p < class=' _1'>		14			30.4			0.256639			29.3			0.246746			28.4			0.238687			27.2			0.227992			26.2			0.219123			25.1			0.209412
p < class=' _1'>		13			30.8			0.260249			29.7			0.250338			28.7			0.241369			27.6			0.23155			26.5			0.221779			25.4			0.212056
p < class=' _1'>		12			31.2			0.263866			30.2			0.254837			29.1			0.244952			28			0.235115			26.9			0.225327			25.8			0.215586
p < class=' _1'>		11			31.6			0.267488			30.6			0.258444			29.5			0.248541			28.4			0.238687			27.3			0.228881			26.2			0.219123
p < class=' _1'>		10			32			0.271118			31			0.262057			29.9			0.252136			28.8			0.242264			27.7			0.232441			26.6			0.222666
p < class=' _1'>		9			32.5			0.275664			31.4			0.265676			30.3			0.255738			29.2			0.245849			28.1			0.236008			26.9			0.225327
p < class=' _1'>		8			32.9			0.279308			31.8			0.269302			30.7			0.259346			29.6			0.249439			28.5			0.239581			27.3			0.228881
p < class=' _1'>		7			33.3			0.282958			32.2			0.272935			31.1			0.262961			30			0.253036			28.9			0.24316			27.7			0.232441
p < class=' _1'>		6			33.7			0.286615			32.7			0.277485			31.6			0.267488			30.4			0.256639			29.3			0.246746			28.1			0.236008
p < class=' _1'>		5			34.2			0.291196			33.1			0.281132			32			0.271118			30.8			0.260249			29.7			0.250338			28.5			0.239581
p < class=' _1'>		4			34.6			0.294868			33.5			0.284786			32.4			0.274754			31.3			0.264771			30.1			0.253936			28.9			0.24316
p < class=' _1'>		3			35			0.298547			34			0.289363			32.9			0.279308			31.7			0.268395			30.5			0.257541			29.3			0.246746
p < class=' _1'>		2			35.4			0.302232			34.4			0.293031			33.3			0.282958			32.3			0.273844			30.9			0.261153			29.7			0.250338
p < class=' _1'>		1			35.9			0.306849			34.8			0.296707			33.7			0.286615			32.6			0.276574			31.4			0.265676			30.1			0.253936
p < class=' _1'>		0			36.3			0.310549			35.5			0.303155			34.2			0.291196			33			0.28022			31.8			0.269302			30.6			0.258444
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					22						21						20						19						18						17
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			15.2			0.124097			14.4			0.117363			13.6			0.110651			13			0.105633			12.2			0.098962			11.4			0.092314
p < class=' _1'>		39			15.5			0.126629			14.7			0.119886			13.9			0.113165			13.3			0.108141			12.5			0.101461			11.7			0.094804
p < class=' _1'>		38			15.9			0.130009			15.1			0.123254			14.2			0.115683			13.6			0.110651			12.8			0.103963			12			0.097298
p < class=' _1'>		37			16.2			0.132549			15.4			0.125785			14.6			0.119044			13.9			0.113165			13.1			0.106468			12.2			0.098962
p < class=' _1'>		36			16.6			0.135939			15.7			0.128319			14.9			0.121569			14.2			0.115683			13.4			0.108977			12.5			0.101461
p < class=' _1'>		35			16.9			0.138486			16			0.130856			15.2			0.124097			14.5			0.118203			13.6			0.110651			12.8			0.103963
p < class=' _1'>		34			17.2			0.141037			16.4			0.134243			15.5			0.126629			14.8			0.120727			13.9			0.113165			13.1			0.106468
p < class=' _1'>		33			17.6			0.144442			16.7			0.136788			15.8			0.129164			15.1			0.123254			14.2			0.115683			13.4			0.108977
p < class=' _1'>		32			17.9			0.147			17			0.139336			16.2			0.132549			15.4			0.125785			14.5			0.118203			13.6			0.110651
p < class=' _1'>		31			18.3			0.150416			17.4			0.142739			16.5			0.135091			15.7			0.128319			14.8			0.120727			13.9			0.113165
p < class=' _1'>		30			18.6			0.152982			17.7			0.145295			16.8			0.137637			16			0.130856			15.1			0.123254			14.2			0.115683
p < class=' _1'>		29			19			0.156408			18			0.147854			17.2			0.141037			16.3			0.133396			15.4			0.125785			14.5			0.118203
p < class=' _1'>		28			19.3			0.158982			18.4			0.151271			17.5			0.14359			16.6			0.135939			15.7			0.128319			14.8			0.120727
p < class=' _1'>		27			19.6			0.161559			18.7			0.153838			17.8			0.146147			16.9			0.138486			16			0.130856			15.1			0.123254
p < class=' _1'>		26			20			0.165001			19			0.156408			18.1			0.148708			17.2			0.141037			16.3			0.133396			15.4			0.125785
p < class=' _1'>		25			20.3			0.167586			19.4			0.159841			18.4			0.151271			17.5			0.14359			16.6			0.135939			15.6			0.127474
p < class=' _1'>		24			20.7			0.171038			19.7			0.162419			18.7			0.153838			17.8			0.146147			16.9			0.138486			15.9			0.130009
p < class=' _1'>		23			21			0.17363			20			0.165001			19			0.156408			18.1			0.148708			17.1			0.140186			16.2			0.132549
p < class=' _1'>		22			21.3			0.176227			20.4			0.168448			19.4			0.159841			18.4			0.151271			17.4			0.142739			16.5			0.135091
p < class=' _1'>		21			21.7			0.179694			20.7			0.171038			19.7			0.162419			18.7			0.153838			17.7			0.145295			16.7			0.136788
p < class=' _1'>		20			22			0.182298			21			0.17363			20			0.165001			19			0.156408			18			0.147854			17.1			0.140186
p < class=' _1'>		19			22.3			0.184906			21.3			0.176227			20.3			0.167586			19.3			0.158982			18.3			0.150416			17.3			0.141888
p < class=' _1'>		18			22.6			0.187517			21.6			0.178827			20.6			0.170174			19.6			0.161559			18.6			0.152982			17.6			0.144442
p < class=' _1'>		17			23			0.191004			22			0.182298			20.9			0.172766			19.9			0.16414			18.9			0.155551			17.8			0.146147
p < class=' _1'>		16			23.3			0.193623			22.3			0.184906			21.2			0.175361			20.2			0.166724			19.2			0.158124			18.1			0.148708
p < class=' _1'>		15			23.7			0.197121			22.6			0.187517			21.6			0.178827			20.5			0.169311			19.2			0.158124			18.3			0.150416
p < class=' _1'>		14			24			0.199749			23			0.191004			21.9			0.18143			20.8			0.171901			19.7			0.162419			18.6			0.152982
p < class=' _1'>		13			24.4			0.203257			23.3			0.193623			22.2			0.184036			21.1			0.174496			20			0.165001			18.8			0.154695
p < class=' _1'>		12			24.7			0.205893			23.6			0.196246			22.5			0.186646			21.4			0.177093			20.2			0.166724			19.1			0.157266
p < class=' _1'>		11			25			0.208532			23.9			0.198872			22.8			0.18926			21.7			0.179694			20.5			0.169311			19.4			0.159841
p < class=' _1'>		10			25.4			0.212056			24.3			0.202379			23.1			0.191877			22			0.182298			20.8			0.171901			19.6			0.161559
p < class=' _1'>		9			25.8			0.215586			24.6			0.205014			23.4			0.194497			22.3			0.184906			21.1			0.174496			19.9			0.16414
p < class=' _1'>		8			26.1			0.218238			24.9			0.207652			23.8			0.197997			22.6			0.187517			21.3			0.176227			20.1			0.165862
p < class=' _1'>		7			26.5			0.221779			25.3			0.211174			24.1			0.200625			22.8			0.18926			21.6			0.178827			20.4			0.168448
p < class=' _1'>		6			26.9			0.225327			25.6			0.21382			24.4			0.203257			23.2			0.19275			21.9			0.18143			20.6			0.170174
p < class=' _1'>		5			27.2			0.227992			26			0.217354			24.7			0.205893			23.4			0.194497			22.2			0.184036			20.9			0.172766
p < class=' _1'>		4			27.6			0.23155			26.4			0.220893			25.1			0.209412			23.8			0.197997			22.5			0.186646			21.1			0.174496
p < class=' _1'>		3			28			0.235115			26.8			0.224439			25.4			0.212056			24.1			0.200625			22.7			0.188388			21.4			0.177093
p < class=' _1'>		2			28.4			0.238687			27.1			0.227103			25.8			0.215586			24.4			0.203257			23			0.191004			21.6			0.178827
p < class=' _1'>		1			28.8			0.242264			27.5			0.23066			26.1			0.218238			24.7			0.205893			23.3			0.193623			21.8			0.180562
p < class=' _1'>		0			29.2			0.245849			27.9			0.234223			26.5			0.221779			25.1			0.209412			23.6			0.196246			22			0.182298
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					16						15						14						13						12						11
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			10.8			0.087343			10			0.080734			9.2			0.074149			8.4			0.067585			7.6			0.061044			6.8			0.054526
p < class=' _1'>		39			11.1			0.089827			10.2			0.082384			9.4			0.075793			8.6			0.069224			7.8			0.062678			7			0.056153
p < class=' _1'>		38			11.3			0.091484			10.5			0.084862			9.7			0.078262			8.9			0.071685			8			0.064312			7.2			0.057782
p < class=' _1'>		37			11.6			0.093974			10.8			0.087343			9.9			0.07991			9.1			0.073327			8.3			0.066766			7.4			0.059413
p < class=' _1'>		36			11.8			0.095635			11			0.088998			10.2			0.082384			9.3			0.074971			8.5			0.068404			7.6			0.061044
p < class=' _1'>		35			12.1			0.09813			11.2			0.090655			10.4			0.084036			9.6			0.077439			8.7			0.070044			7.9			0.063495
p < class=' _1'>		34			12.4			0.100627			11.5			0.093144			10.6			0.085688			9.8			0.079086			8.9			0.071685			8.1			0.06513
p < class=' _1'>		33			12.6			0.102295			11.8			0.095635			10.9			0.08817			10			0.080734			9.1			0.073327			8.3			0.066766
p < class=' _1'>		32			12.9			0.104798			12			0.097298			11			0.088998			10.2			0.082384			9.4			0.075793			8.5			0.068404
p < class=' _1'>		31			13.1			0.106468			12.2			0.098962			11.4			0.092314			10.5			0.084862			9.6			0.077439			8.7			0.070044
p < class=' _1'>		30			13.4			0.108977			12.5			0.101461			11.6			0.093974			10.7			0.086515			9.8			0.079086			8.9			0.071685
p < class=' _1'>		29			13.6			0.110651			12.7			0.103129			11.8			0.095635			10.9			0.08817			10			0.080734			9.1			0.073327
p < class=' _1'>		28			13.9			0.113165			13			0.105633			12.1			0.09813			11.2			0.090655			10.3			0.08321			9.3			0.074971
p < class=' _1'>		27			14.2			0.115683			13.2			0.107304			12.3			0.099795			11.4			0.092314			10.5			0.084862			9.5			0.076616
p < class=' _1'>		26			14.4			0.117363			13.5			0.109814			12.6			0.102295			11.7			0.094804			10.7			0.086515			9.8			0.079086
p < class=' _1'>		25			14.7			0.119886			13.8			0.112327			12.8			0.103963			11.9			0.096466			10.8			0.087343			9.8			0.079086
p < class=' _1'>		24			15			0.122412			14			0.114004			13.1			0.106468			12.1			0.09813			11.2			0.090655			10.2			0.082384
p < class=' _1'>		23			15.2			0.124097			14.36			0.117027			13.3			0.108141			12.3			0.099795			11.4			0.092314			10.4			0.084036
p < class=' _1'>		22			15.5			0.126629			14.5			0.118203			13.6			0.110651			12.6			0.102295			11.6			0.093974			10.6			0.085688
p < class=' _1'>		21			15.7			0.128319			14.8			0.120727			13.8			0.112327			12.9			0.104798			11.8			0.095635			10.8			0.087343
p < class=' _1'>		20			16			0.130856			15			0.122412			14			0.114004			13			0.105633			12			0.097298			11			0.088998
p < class=' _1'>		19			16.3			0.133396			15.2			0.124097			14.2			0.115683			13.2			0.107304			12.2			0.098962			11.2			0.090655
p < class=' _1'>		18			16.5			0.135091			15.5			0.126629			14.4			0.117363			13.4			0.108977			12.4			0.100627			11.4			0.092314
p < class=' _1'>		17			16.8			0.137637			15.7			0.128319			14.7			0.119886			13.6			0.110651			12.6			0.102295			11.5			0.093144
p < class=' _1'>		16			17			0.139336			15.9			0.130009			14.9			0.121569			13.8			0.112327			12.8			0.103963			11.7			0.094804
p < class=' _1'>		15			17.2			0.141037			16.2			0.132549			15.1			0.123254			14			0.114004			12.9			0.104798			11.9			0.096466
p < class=' _1'>		14			17.5			0.14359			16.4			0.134243			15.3			0.124941			14.2			0.115683			13.1			0.106468			12			0.097298
p < class=' _1'>		13			17.7			0.145295			16.6			0.135939			15.5			0.126629			14.4			0.117363			13.2			0.107304			12.2			0.098962
p < class=' _1'>		12			18			0.147854			16.8			0.137637			15.7			0.128319			14.5			0.118203			13.4			0.108977			12.3			0.099795
p < class=' _1'>		11			18.2			0.149562			17			0.139336			15.8			0.129164			14.7			0.119886			13.6			0.110651			12.4			0.100627
p < class=' _1'>		10			18.4			0.151271			17.2			0.141037			16			0.130856			14.9			0.121569			13.7			0.111489			12.6			0.102295
p < class=' _1'>		9			18.6			0.152982			17.4			0.142739			16.2			0.132549			15			0.122412			13.8			0.112327			12.7			0.103129
p < class=' _1'>		8			18.9			0.155551			17.6			0.144442			16.4			0.134243			15.1			0.123254			14			0.114004			12.8			0.103963
p < class=' _1'>		7			19.1			0.157266			17.8			0.146147			16.5			0.135091			15.3			0.124941			14.1			0.114843			12.9			0.104798
p < class=' _1'>		6			19.3			0.158982			18			0.147854			16.7			0.136788			15.4			0.125785			14.2			0.115683			13			0.105633
p < class=' _1'>		5			19.5			0.1607			18.2			0.149562			16.8			0.137637			15.6			0.127474			14.3			0.116523			13			0.105633
p < class=' _1'>		4			19.7			0.162419			18.3			0.150416			17			0.139336			15.7			0.128319			14.4			0.117363			13.1			0.106468
p < class=' _1'>		3			19.9			0.16414			18.5			0.152126			17.1			0.140186			15.8			0.129164			14.5			0.118203			13.2			0.107304
p < class=' _1'>		2			20.1			0.165862			8.6			0.069224			17.2			0.141037			15.9			0.130009			14.5			0.118203			13.2			0.107304
p < class=' _1'>		1			20.3			0.167586			18.8			0.154695			17.3			0.141888			15.9			0.130009			14.6			0.119044			13.3			0.108141
p < class=' _1'>		0			20.5			0.169311			19			0.156408			17.5			0.14359			16			0.130856			14.6			0.119044			13.3			0.108141
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					10						9						8						7						6						5
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			5.8			0.046409			5			0.03994			4.2			0.033493			3.4			0.027067			2.4			0.019066			1.6			0.012689
p < class=' _1'>		39			6			0.048029			5.2			0.041555			4.4			0.035102			3.6			0.028672			2.6			0.020664			1.8			0.014281
p < class=' _1'>		38			6.2			0.049651			5.4			0.043171			4.6			0.036713			3.8			0.030277			2.8			0.022262			1.9			0.015078
p < class=' _1'>		37			6.4			0.051275			5.6			0.044789			4.8			0.038326			3.9			0.031081			2.9			0.023062			2.1			0.016672
p < class=' _1'>		36			6.6			0.0529			5.8			0.046409			5			0.03994			4.1			0.032688			3.1			0.024663			2.3			0.018268
p < class=' _1'>		35			6.8			0.054526			6			0.048029			5.2			0.041555			4.3			0.034297			3.3			0.026266			2.4			0.019066
p < class=' _1'>		34			7.1			0.056968			6.2			0.049651			5.3			0.042363			4.5			0.035908			3.5			0.027869			2.6			0.020664
p < class=' _1'>		33			7.3			0.058597			6.4			0.051275			5.5			0.04398			4.7			0.037519			3.8			0.030277			2.8			0.022262
p < class=' _1'>		32			7.5			0.060228			6.6			0.0529			5.7			0.045599			4.8			0.038326			3.8			0.030277			3			0.023863
p < class=' _1'>		31			7.7			0.061861			6.8			0.054526			5.9			0.047219			5			0.03994			4			0.031884			3.1			0.024663
p < class=' _1'>		30			7.9			0.063495			7			0.056153			6.1			0.04884			5.2			0.041555			4.2			0.033493			3.3			0.026266
p < class=' _1'>		29			8.2			0.065948			7.2			0.057782			6.3			0.050463			5.4			0.043171			4.4			0.035102			3.5			0.027869
p < class=' _1'>		28			8.4			0.067585			7.5			0.060228			6.5			0.052087			5.6			0.044789			4.6			0.036713			3.7			0.029474
p < class=' _1'>		27			8.6			0.069224			7.7			0.061861			6.7			0.053713			5.8			0.046409			4.8			0.038326			3.9			0.031081
p < class=' _1'>		26			8.8			0.070864			7.9			0.063495			6.9			0.055339			6			0.048029			5			0.03994			4			0.031884
p < class=' _1'>		25			9			0.072506			8.1			0.06513			7.1			0.056968			6.2			0.049651			5.2			0.041555			4.2			0.033493
p < class=' _1'>		24			9.2			0.074149			8.3			0.066766			7.3			0.058597			6.3			0.050463			5.4			0.043171			4.4			0.035102
p < class=' _1'>		23			9.4			0.075793			8.4			0.067585			7.5			0.060228			6.5			0.052087			5.5			0.04398			4.6			0.036713
p < class=' _1'>		22			9.6			0.077439			8.6			0.069224			7.7			0.061861			6.7			0.053713			5.7			0.045599			4.7			0.037519
p < class=' _1'>		21			9.8			0.079086			8.8			0.070864			7.8			0.062678			6.8			0.054526			5.8			0.046409			4.8			0.038326
p < class=' _1'>		20			10			0.080734			9			0.072506			8			0.064312			7			0.056153			6			0.048029			5			0.03994
p < class=' _1'>		19			10.2			0.082384			9.2			0.074149			8.2			0.065948			7.2			0.057782			6.1			0.04884			5.1			0.040747
p < class=' _1'>		18			10.4			0.084036			9.3			0.074971			8.3			0.066766			7.3			0.058597			6.3			0.050463			5.3			0.042363
p < class=' _1'>		17			10.5			0.084862			9.5			0.076616			8.5			0.068404			7.4			0.059413			6.4			0.051275			5.4			0.043171
p < class=' _1'>		16			10.7			0.086515			9.6			0.077439			8.6			0.069224			7.6			0.061044			6.5			0.052087			5.5			0.04398
p < class=' _1'>		15			10.8			0.087343			9.8			0.079086			8.8			0.070864			7.7			0.061861			6.6			0.0529			5.6			0.044789
p < class=' _1'>		14			11			0.088998			9.9			0.07991			8.9			0.071685			7.8			0.062678			6.7			0.053713			5.7			0.045599
p < class=' _1'>		13			11.1			0.089827			10			0.080734			9			0.072506			7.9			0.063495			6.8			0.054526			5.8			0.046409
p < class=' _1'>		12			11.2			0.090655			10.1			0.081559			9.1			0.073327			8			0.064312			6.9			0.055339			6.9			0.055339
p < class=' _1'>		11			11.3			0.091484			10.2			0.082384			9.2			0.074149			8.1			0.06513			7			0.056153			6			0.048029
p < class=' _1'>		10			11.4			0.092314			10.3			0.08321			9.3			0.074971			8.2			0.065948			7.1			0.056968			6			0.048029
p < class=' _1'>		9			11.5			0.093144			10.4			0.084036			9.3			0.074971			8.2			0.065948			7.1			0.056968			6			0.048029
p < class=' _1'>		8			11.6			0.093974			10.5			0.084862			9.4			0.075793			8.3			0.066766			7.2			0.057782			6			0.048029
p < class=' _1'>		7			11.7			0.094804			10.6			0.085688			9.5			0.076616			8.4			0.067585			7.2			0.057782			6.1			0.04884
p < class=' _1'>		6			11.8			0.095635			10.6			0.085688			9.5			0.076616			8.4			0.067585			7.3			0.058597			6.2			0.049651
p < class=' _1'>		5			11.8			0.095635			10.7			0.086515			9.6			0.077439			8.4			0.067585			7.3			0.058597			6.2			0.049651
p < class=' _1'>		4			11.9			0.096466			10.7			0.086515			9.6			0.077439			8.4			0.067585			7.3			0.058597			6.2			0.049651
p < class=' _1'>		3			12			0.097298			10.8			0.087343			9.6			0.077439			8.4			0.067585			7.3			0.058597			6.2			0.049651
p < class=' _1'>		2			12			0.097298			10.8			0.087343			9.6			0.077439			8.4			0.067585			7.2			0.057782			6.1			0.04884
p < class=' _1'>		1			12			0.097298			10.8			0.087343			9.6			0.077439			8.4			0.067585			7.2			0.057782			6.1			0.04884
p < class=' _1'>		0			12			0.097298			10.8			0.087343			9.6			0.077439			8.4			0.067585			7.2			0.057782			6			0.048029
p < class=' _1'>		溶液温度 ℃			酒精计读数
p < class=' _1'>					4						3						2						1						0
p < class=' _1'>					温度在＋20℃时用体积百分数或质量百分数表示酒精浓度
p < class=' _1'>					体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数			体积分数			质量分数
p < class=' _1'>		40			0.8			0.006334
p < class=' _1'>		39			1			0.007921
p < class=' _1'>		38			1.1			0.008715			0.1			0.000791
p < class=' _1'>		37			1.3			0.010304			0.3			0.002373
p < class=' _1'>		36			1.4			0.011098			0.4			0.003164
p < class=' _1'>		35			1.6			0.012689			0.6			0.004749
p < class=' _1'>		34			1.8			0.014281			0.8			0.006334
p < class=' _1'>		33			1.9			0.015078			0.9			0.007127
p < class=' _1'>		32			2.1			0.016672			1.1			0.008715			0.1			0.000791
p < class=' _1'>		31			2.2			0.01747			1.2			0.009509			0.2			0.001582
p < class=' _1'>		30			2.4			0.019066			1.4			0.011098			0.4			0.003164
p < class=' _1'>		29			2.5			0.019865			1.6			0.012689			0.6			0.004749
p < class=' _1'>		28			2.7			0.021463			1.8			0.014281			0.8			0.006334
p < class=' _1'>		27			2.9			0.023062			1.9			0.015078			1			0.007921
p < class=' _1'>		26			3.1			0.024663			2.1			0.016672			1.1			0.008715			0.1			0.000791
p < class=' _1'>		25			3.2			0.025464			2.3			0.018268			1.3			0.010304			0.3			0.002373
p < class=' _1'>		24			3.4			0.027067			2.4			0.019066			1.4			0.011098			0.4			0.003164
p < class=' _1'>		23			3.6			0.028672			2.6			0.020664			1.6			0.012689			0.6			0.004749
p < class=' _1'>		22			3.7			0.029474			2.7			0.021463			1.7			0.013485			0.7			0.005541
p < class=' _1'>		21			3.8			0.030277			2.9			0.023062			1.9			0.015078			0.9			0.007127
p < class=' _1'>		20			4			0.031884			3			0.023863			2			0.015875			1			0.007921			0
p < class=' _1'>		19			4.1			0.032688			3.1			0.024663			2.1			0.016672			1.1			0.008715			0.1			0.000791
p < class=' _1'>		18			4.2			0.033493			3.2			0.025464			2.2			0.01747			1.2			0.009509			0.2			0.001582
p < class=' _1'>		17			4.4			0.035102			3.4			0.027067			2.4			0.019066			1.3			0.010304			0.3			0.002373
p < class=' _1'>		16			4.5			0.035908			3.4			0.027067			2.4			0.019066			1.4			0.011098			0.4			0.003164
p < class=' _1'>		15			4.6			0.036713			3.6			0.028672			2.6			0.020664			1.5			0.011894			0.6			0.004749
p < class=' _1'>		14			4.7			0.037519			3.6			0.028672			2.6			0.020664			1.6			0.012689			0.6			0.004749
p < class=' _1'>		13			4.8			0.038326			3.7			0.029474			2.7			0.021463			1.7			0.013485			0.7			0.005541
p < class=' _1'>		12			4.8			0.038326			3.8			0.030277			2.8			0.022262			1.7			0.013485			0.7			0.005541
p < class=' _1'>		11			4.9			0.039133			3.9			0.031081			2.9			0.023062			1.8			0.014281			0.8			0.006334
p < class=' _1'>		10			5			0.03994			3.9			0.031081			2.9			0.023062			1.9			0.015078			0.8			0.006334
p < class=' _1'>		9			5			0.03994			4			0.031884			2.9			0.023062			1.9			0.015078			0.9			0.007127
p < class=' _1'>		8			5			0.03994			4			0.031884			2.9			0.023062			1.9			0.015078			0.9			0.007127
p < class=' _1'>		7			5.1			0.040747			4			0.031884			3			0.023863			1.9			0.015078			0.9			0.007127
p < class=' _1'>		6			5.1			0.040747			4			0.031884			3			0.023863			2			0.015875			0.9			0.007127
p < class=' _1'>		5			5.1			0.040747			4			0.031884			3			0.023863			2			0.015875			0.9			0.007127
p < class=' _1'>		4			5.1			0.040747			4			0.031884			3			0.023863			1.9			0.015078			0.9			0.007127
p < class=' _1'>		3			5.1			0.040747			4			0.031884			3			0.023863			1.9			0.015078			0.9			0.007127
p < class=' _1'>		2			5			0.03994			4			0.031884			2.9			0.023062			1.9			0.015078			0.8			0.006334
p < class=' _1'>		1			5			0.03994			4			0.031884			2.9			0.023062			1.8			0.014281			0.8			0.006334
p < class=' _1'>		0			5			0.03994			3.9			0.031081			2.8			0.022262			1.8			0.014281			0.8			0.006334

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