( 877 ) 
TABL Brv 
= ———_—_—_—_—_ 
System. Type 
Amylene + aniline X R| No maximum 
F D. KoNowALow. Drudes 
Rr et » Ann. 10 p. 360 (1902). 
Pentane + 3 X R > 
Hexane + »” X R in © 
” + aniline X ei 2 This communication. 
Cyclohexane + aniline > MS ed 
Ethane + methylalcahol > ed & F | | 
m, a ethyl: ay X sd |J. P. KUENEN and W.G. 
|) Rosson. Phil. Mag. (5) 
tsj Propyl.5, x i | 48 p. 180 (1899). 
3) SF butyl ” GaN ” | 
~ : . BUcuner. Thesis. f. the 
Carbonic acid + o-nitrophenol X L pe | „Soctorate Amst. (1905). 
ey CHUKAREW. Z. phys. Ch. 
Nicotine + water E ; 71 p. 100 (1910). 8 
“ 5 VAN Rossem. Z. phys. Ch. 
Chloric hydrate j water L? | (Minimum) 62 p. 681 (1908). 
Sulphur + toluol R? No maximum kee of phys. 
„+ xylol X R? K (| Ch. 1. p. 232 (1897). 
| ({J. P. KUENEN and W,C. 
Ether + water L?| Maximum _ \{ Rosson. Z. phys. Ch. 
| | ‚| 28. p. 349 (1899). 
Water + phenol ‚XS 5 VE A. H. SCHREINEMAKERS. 
„ + isobutylalcohol R n 
… + iscamylalcohol R a | 
- ; ‚D. KoNowaLow. Wied. 
» > butyric acid R ” f AHA p. 34 (1881), 
» + isobutyric acid R re 
» + isovaleric acid R 55 
» + sec. butylalcohol | R pn 
| J. TIMMERMANS. 
» + methylethylketone | R + 
, + acetylacetone | R | ” a ae tad gio. eu 
» + triethylamine | EL. | fe 
Propane + methylalcohol Ro » |, P. KUENEN. Phil. Mag. 
Isopentane + a S | A | (6) 6 p. 637 (1903). 
Hexane + e S | ” 
Cyclohexane + __,, Suf 4 Lecart. Diss. Brussel 1908, 
Carbon disulphide--methylalcohol S | fr 1S RYLAND. Amer. Ch. J. 
4 acetone Sg 22. p. 384 (1899). 
Benzene + formic acid S NN Ae oi (191. 5 Ch 
