290 University Geological Survey of Kansas. 
TABLE No. 84. 
GASES IN MINERAL SPRINGS. 
49 20 53 55 
Joulie Salso- Mont- Michailow 
Dole, maggiore, Dore, Caucasus, 
France. Italy. France. Russia. 
Carbon) dioxid:. .2.5..4).e ee eee 29.35 41.25 99.50 13.107 
OXY PEN. we shoe eee ee eee 7.32 (U)s15) 8 eaten oa 0.130 
Nitrogen Gish tetis Stine eee 61.16 4,50 0.49 40.397 
Methane arech 3:4) ic oe eee DrsAtl AAS SBMA: fs cous os - 46.144 
lahohnoyexern SIUUNIOlS oacogG000d06000000000 ARGC Ilo vo.d Seo lla aaa 0.222 
Hthanépeeeo ee booby ohh te. cs Ree eee SAGO RM Peters cele ntre erie 
Heavyehydrocarbonsaeeee eee nae een Ceeerere OE beer i cae clacte cee. 
. 04240) | rea ee Mn INA st, S.olloolod 6 vase O20). | ak eee 
oh ifohgoss4 -) | eee enter Geel Giial 3 55'o 00.0.0l(0 00.0.6 00 64 ad DARA Bao od & 
100.00 | 100.00 | 100.00 | 100.00 
18 Ch. Bouchard and Desgraz. Gas from mineral water of Bag- 
1897 —noles, de l’Orme.!° 
19 M. von Breukeleveen. Gas from spring at Enkhuizen, North 
1896 = Holland.}%! 
yy Chas. Moreau. Some springs of mineral gas.1°2 Five springs 
1902 in the Pyrenees yield gas containing argon as follows: Per cent. by 
volume, .09, 1.6, 1.2, 1.8, 1.2. All contain nitrogen, carbon dioxid, 
oxygen, etc. One had helium<and traces of some other gas of the 
argon group. 
78 Henri Moissan. Presence of argon in the gas from Borden 
1902 Spring at Luchon and the presence of free sulfur in the sulfur 
waters of the Grotto and the vapors used for inhalation. !9 <4 
pom 
16 R. Nasini, Anderlini and Salvadori. Gases from the Abano 
1898 Springs and the Boracic Suffoni of Tuscany and the combustible 
gas from the Bolognian Apennines. !% 
(a) Gas with hot mineral water at Monte Ironein Abano. Two 
per cent. of the unabsorbed residue is argon and helium. 
(b) Combustible gas from mineral waters of the Poretta Baths. 
190. Compt. Rendus, 123—969-970. Centralblatt, 1897, I, 257. 
191. Rec. trav. chim. Pays-Bas—15, 280 (1896). Centralblatt, 1897—I, 257. 
192. Compt. Rendus, 1902, 135, 1335-1337. Jour. of Chem. Soc. A, II, 209, 1902. 
Peas Compt. Rendus, 1902, 135, 1278-1283. Jour. of Chem. Soc., 1902, A, II, 
194. Gazz. Chim. ital. 28—1, 81-153. 
