392 
CsF. 
to: do: „in Erg: 
720° 3586 _ 1211 
TI 3522 1239 do 3.611 — 0.001234 (f — 700). 
824 3457 1200 
Ou 
Originally fs is 0,72 Erg per degree; above 930° C. however it diminishes with 
increasing temperature to 0,36 Erg at 1100° C. 
CsCl. 
ee dyo: „in Erg: 
660° 2715 1380 
701 27131 1358 dj = 2.786 — 0.00108 (¢ — 650). 
741 2.688 1278 
Ou 
Up to 980° nr is about 0,80 Erg per degree; afterwards it increases rapidly: 
1,17 Erg to 1035° C.; and 1,70 Erg to 1080° C. 
CsBr. 
pr do: yin Erg: 
662° 3.109 1362 
102 3.054 1325 diy, = 3.125 — 0.00134 (t — 650). 
742 3.001 1278 
Ou 
Between 660° and 700° a is 0,90 Erg per degree; it then diminishes gradually 
to about 0,57 Erg between 860° and 970° C. 
* CsJ. 
fo: Ayo: # in Erg: i 
6399 3.176 1394 
670 3.138 1369 die = 3.175 — 0.001222 (f — 640). 
701 3.101 1330 
= has a rather constant mean value of 0,82 Erg per degree. 
Cs,SO,. 
ae Ayo: „in Erg: 
1040° _ 3.034 2687 
1128 2.968 2546 die = 3.034 — 0.000711 (¢ — 1040) — 0.000000494) (t — 10402, 
1220 2.890 2435 
Ou 
Between 1036° and 1100° C. is Se about 1,91 Erg; between 1100° and 1220° C.: 
1,16 Erg; between 1220? and 1425° C.: 0,70 Erg; and up to 1530° C.: about 0,43 Erg 
per degree. 
CsNO,. 
= Ago: » in Erg: 
4459 2.774 1532 
481 233 1484 di = 2.824 — 0.001114 (f — 400). 
529 2.680 1431 
515 2.699 1399 
To: 600°<G. En has a mean value of 1,18 Erg per degree; afterwards it decreases 
òf 
rapidly to about: 0,42 Erg. 
