( 834 ) 
seems the most probable one; for if the liquid-vapour surface of the 
hydrogen sulphide continually descends to the side of the water, the 
three-phase pressures will lie below the maximum tension of liquid 
hydrogen sulphide at a certain temperature, and (below 29.5°) the 
metastable 1,1,G curve will have to lie lower than the stable SL, G- 
curve. We can see Zij among others, already from this that for 
the coexistence L,4,G, the liquid 4, being metastable, must be 
super-saturate with relent to the hydrate, and so richer in water 
than the ken L, on. the three-phase curve En 
LG (HS) | LLG SL,G | SL,G 
| ae ay | Get Bale 
Te) P Kie ce AE oe 
15 46.38RI| | | | | 
15.8 15.9 19.4 | 17.3 17.4 16.6 |M5.5 6.6 C 
15.9 16.0—; 16.0+- 19.8 | 47.4 \i8.4 17.063 |5.3— 
16.0 16.0 20.6 | 17.8— [18.7 17.05 (17.5 | 5.8 F 
16.2 16.4 20.8 | 17.9— |H9.0 47.2 h7.9 |6.3— 
47.04+| 16.5- a1.2 |18,0;180 |t9.9 47.618. | 7505 
i726) | 2246.7 21.4 |18.45518.2]20.9 |18.0—19.7 7.6 | 
47.8 }16.8—; 16.8—| 22.8 | 18.85 [4.2 |18.444]19.8 | 7.45 
18.2 16.95 0/23.0 | 18.95 [21.8 |48.4+!24.0 (8.64 
19.0 (Ten 93.65) 19.3— |22.9 18.9-H228 | 11.0C 
Bay 48.62 R\24.6 | 49.7 [23.65 19.3 [23.0 9.2 F 
zi ME DE SN 24.8 149,85;19.8-l23.8 19.35 [33 10.7 
21.2 | 18.95 $5.4) 20.0— loa. H9.5-H %.84112.9 | 
22.0 18.65 25.4 | 20.0— [26.0 (20.5 [25.0 | MF; 16C 
93.6 | 19.44 25.6 | 20.1— |l26.6 |20.7—125.6 |14.0— 
%.9 |20.0-+; 20.4— 25.8 (20.9; 20.3-l27.2 |21.04]97.4 HTA 
5 | 21.07 RI26.4 | 20.6  |27.3-H21.05 [28.5 [19.5446 F 
25.4) 20.3— 26.9 | 20.75 [28.2 |4.5H29.2 [24.34 
is 205— 97.5) 20+ 128.8 (US |= = 
96.4 | 20.64 8.0| 21.3— |po.4 Per | Mats 
Bean aile ra ef 28.9 | 24.4 AR 
27.5 21.3 28.4 | A.5H ed 
29.6 | 92.35 RN ye en | 32 
30 23.73 R29.2 | 21.9— Oe paint 
30.6 | 22.9 | 30.3 | 22.45 799.5; PAH 
31.6 EN 31.0 | 22.9 | GEEN 
31.6 23.45 31.2 | 22.94- R = REGNAULT 
33.4 24.45 1320 | 23.4 O = OLSZEWSKI 
| | 132.7 | 93.84 C = CaitLETET and BoRDET 
183.2 | 24.04 F = DE FORCRAND 
