the Separation of the Isotopes of Mercury. 

 Table L. 



39 



Fraction. 



Volume. 



Density. 



Fraction. 



Volume. 



Density. 



L\ 



.'. 042 



0-999977 

 0999989 



»i 



B„ ... . 



. 2062 

 . 1602 





E^ ... 



.. 461 



1000016 



E.^ ... 



.. 320 



— 



R3 



. 1283 



— 



E 3 D X ... 



. 243 



— 



R, 



. 1030 



1000024 



E 4 D, ... 



. . 235 



- 



R 5 



. 791 



— 



R 5 D X .... 



.. 202 



— 



E 



5S5 



1-000034 



B.D 1 - • 



.. 94 



— 



E 7 ... . 



. 489 



— 



E^ .. 



.. 115 



— 



E s 



. 382 



1-000053 



E.D, .... 



. . 105 



— 



R ... . 



. 268 



— 



E 9 D, .... 



.. 82 



— 



E 10 ... 



. 185 



— 



RuA ■ 



.. 35 



— 



R-n 



150 



— 



R n D i • 



22 



— 



E 10 ... . 



128 



1-000079 



E 12 D 2 ... 



87 



1-000060 



R 13 • • 



42 



— 



E 13 D 1 .. . 



31-5 



] -000090 



Rm 



10-3 



1000134 



E^D, ... 



4-8 



— 



Bw 



5-5 



1000153 



B1.D1- 



44 



— 



Rib 



1-1 



— 



B..D, 



0-5 



— 



E 1T ... 



0-5 



— 



R^Dx- 



0-3 



— 



Hi* 



0-2 



1-00023 



3. 



\^ /g 









-l.ooo 2 oo\ 









-l.ooo l5o 



v« 











A* 





-Looo ioo 





\ 



v« 



-Lqqo o5o 







\*« 



\ 



. ' 1 









-10.0 



-7.5 



5.0 



.5 



0.0 



These results are also shown in fig. 3, where the density is 

 plotted as ordinate and the abscissa represents the natural 



