Náttúrufræðingurinn - 1981, Síða 82

Techniques to Geothermal Studies, Pisa,
Ítalíu, 8—12. sept. 1975.
— G. Boato & D. E. White. 1956. Isotope
geochemistry of thermal waters. Natl.
Acad. Sci.—Nat. Research Council, rit.
400: 29—38.
D’Amore, F. & C. Panichi. 1980. Evaluation of
deep temperatures of hydrothermal sys-
tems by a new gas geothermometer.
Geochim. Cosmochim. Acta. 44: 549 —
556.
Ellis, A.J. 1970. Quantitative interpretation
of chemical characteristics of hydrother-
mal systems. Geothermics, sp. issue 2, 2:
516—528.
— 1979. Chemical geothermometry in
geothermal systems. Chem. Geol. 25:
219-226.
— & W. A. J. Mahon. 1977. Chemistry and
geothermal systems. Academic Press,
New York, 392 bls.
— & S. H. Wilson. 1960. The geochemistry of
alkali metal ions in the Wairakei
hydrothermal system. New Zeal. Jour.
Geol. Geophys. 3: 593—617.
Fournier, R. 0. 1977. Chemical geother-
mometers and mixing models for
geothermal systems. Geothermics. 5:
41-50.
Friðleifsson, Ingvar Birgir. 1975. Lithology and
structure of geothermal reservoir rocks in
Iceland. í riti Second United Nations
Symposium on the Development and
Use of Geothermal Resources, San
Francisco 20.—29. maí 1975: 871—876.
Giggenbach, W. F. & G. S. Lyon. 1977. The
chemical and isotopic composition of
water and gas from the Ngawha
geothermal field. Skýrsla, D. S. I. R.
30/555/7, Petone, Nýja Sjáland.
Gíslason, Geslur, Halldór Ármannsson & Trausti
Hauksson. 1978. Krafla — hitaástand og
gastegundir í jarðhitakerfinu. Skýrsla
Orkustofnunar OS JHD 7846, 45 bls.
Hermannsson, Svavar. 1970. Corrosion of
metals and the forming of a protective
coating on the inside of pipes carrying
thermal waters used by the Reykjavík
Municipal District Heating Service.
Geothermics, sp. issue, 2,2: 1602—1612.
Hulston, J. R. 1977. Isotope work applied to
geothermal systems at the Institute of
Nuclear Sciences, New Zealand. Geo-
thermics. 5: 89—96.
Kharaka, Y. & I. Barnes. 1973. SOLMNEQ,:
Solution-mineral equilibrium compu-
tations. U. S. Geol. Survey, skýrsla PB
215 899,81 bls.
Krislmannsdóltir, Hrefna. 1975. Hydrothermal
alteration of basaltic rocks in Iceland
geothermal areas. I riti Second United
Nations Symposium on the Develop-
ment and Use of Geothermal Resources,
San Francisco, 20. —29. maí 1975. 1:
441—445.
— 1976. Types of clay minerals in
hydrothermally altered basaltic rocks,
Reykjanes, Iceland. Jökull. 26: 30—39.
— 1978. Alteration of basaltic rocks by
hydrothermal activity at 100—300°C. I
riti International Clay Conference,
Elsevier. Scientific Publishing Company,
Amsterdam: 359—367.
— <2? Jens Tómasson. 1976a. Zeolite zones in
geothermal areas in Iceland. I riti ráð-
stefnu um „Zeolite 76“, Tucson, Ari-
zona.
— & Jens Tómasson. 1976b. Hydrothermal
alteration in Icelandic geothermal fields.
Soc. Scient. Islandica5: 167—176.
— Asgrímur Guðrnundsson, Margrét Kjartans-
dóttir & Guðm. Ómar Friðleifsson. 1977a.
Krafla, hola KG-10, borun, vatnsæðar,
jarðlög og ummyndun. Skýrsla Orku-
stofnunar OS JHD 7709, 16 bls.
— Asgrímur Guðmundsson & Margrét Kjartans-
dóttir. 1977b. Krafla, hola KJ-11, borun,
vatnsæðar, jarðlög og ummyndun.
Skýrsla Orkustofnunar OS JHD 7708, 15
bls.
— Asgrímur Guðmundsson, Margrél Kjartans-
dóttir & Guðm. Ömar Friðleifsson. 1977c.
Krafla, hola KG-8, borun, vatnsæðar,
þrýstiprófun, lektarprófun, jarðlög og
ummyndun. Skýrsla Orkustofnunar OS
JHD7713, 19 bls.
— Asgrímur Guðmundsson & Margrét Kjarlans-
dóttir. 1977d. Krafla, hola KJ-9, borun,
skoltöp, jarðlög og ummyndun. Skýrsla
Orkustofnunar OS JHD 7710, 9 bls.
224