POSITIVE SIDE OF USING AMMONIA FOR A SEA THERMAL POWER PLANT.

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Zener, Clarence

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| 1600年 / 48期

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摘要：

POWER PLANTS

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[1] POSITIVE SIDE OF USING AMMONIA FOR A SEA THERMAL POWER-PLANT
ZENER, C
COMBUSTION, 1977, 48 (07): : 41 - 42
[2] NEGATIVE SIDE OF USING PROPANE FOR SEA THERMAL POWER-PLANT
TING, HT
COMBUSTION, 1974, 46 (06): : 29 - 33
[3] EVALUATION OF THE THERMAL EFFECTS OF A NUCLEAR POWER PLANT.
Ioannilli, E.
Smedile, E.
1975, : 83 - 94
[4] Efficiency of a Combined Electrical and Thermal Power Plant.
Doneddu, M.
International Journal of Thermal Sciences, 1978, 17 (193) : 27 - 38
[5] SURVEY OF THERMAL ENERGY STORAGE FOR SOLAR THERMAL POWER PLANT.
Kamimoto, M.
Tani, T.
Horigome, T.
Bulletin of the Electrotechnical Laboratory, Tokyo, 1979, 43 (1-2): : 44 - 61
[6] RECENT TECHNOLOGY FOR PREVENTIVE MAINTENANCE OF THERMAL POWER PLANT.
Yoshihara, Shigeo
Takeshita, Toyoo
Taniguchi, Masatoshi
Hitachi Review, 1985, 34 (05): : 219 - 224
[7] THERMAL ENERGY STORAGE IN AQUIFERS FOR A SOLAR POWER PLANT.
Schaetzle, W.J.
Breet, C.E.
Ansari, J.M.
Alternative Energy Sources: Proceedings of the Miami International Congress on Energy and the Environment, 1979, 1 : 285 - 298
[8] UPGRADING OF ELECTROSTATIC PRECIPITATORS IN OLD THERMAL POWER PLANT.
Gurumurthy, H.V.
Journal of the Institution of Engineers (India): Environmental Engineering Division, 1987, 67 : 22 - 24
[9] CENTRIFUGAL COMPRESSORS FOR AMMONIA SYNTHESIS PLANT.
Ikeda, Jumpei
Yasui, Nobuo
1600, (34):
[10] The modern power plant.
Klingenberg, G
ZEITSCHRIFT DES VEREINES DEUTSCHER INGENIEURE, 1925, 69 : 1285 - 1288