AAAAAA
Results:
1-8
|
Results: 8
Authors:
KANDPAL JB
MADAN M
Citation: Jb. Kandpal et M. Madan, THERMAL EFFICIENCY AND PARTICULATE POLLUTION ESTIMATION OF 4 BIOMASS FUELS GROWN ON WASTELAND, Energy sources, 18(7), 1996, pp. 767-771
Authors:
KANDPAL JB
MADAN M
Citation: Jb. Kandpal et M. Madan, JATROPHA CURCUS - A RENEWABLE SOURCE OF ENERGY FOR MEETING FUTURE ENERGY NEEDS, Renewable energy, 6(2), 1995, pp. 159-160
Authors:
KANDPAL JB
MAHESHWARI RC
KANDPAL TC
Citation: Jb. Kandpal et al., PARTICULATE POLLUTION FROM BIOMASS COMBUSTION IN 3 COOKSTOVES, International journal of energy research, 19(5), 1995, pp. 433-441
Authors:
KANDPAL JB
MAHESHWARI RC
KANDPAL TC
Citation: Jb. Kandpal et al., INDOOR AIR-POLLUTION FROM DOMESTIC COOKSTOVES USING COAL, KEROSENE AND LPG, Energy conversion and management, 36(11), 1995, pp. 1067-1072
Authors:
KANDPAL JB
MAHESHWARI RC
KANDPAL TC
Citation: Jb. Kandpal et al., INDOOR AIR-POLLUTION FROM COMBUSTION OF WOOD AND DUNG CAKE AND THEIR PROCESSED FUELS IN DOMESTIC COOKSTOVES, Energy conversion and management, 36(11), 1995, pp. 1073-1079
Authors:
KANDPAL JB
MAHESHWARI RC
Citation: Jb. Kandpal et Rc. Maheshwari, COMBUSTION OF BIOMASS FUELS IN 2 COOKSTOVES FOR THEIR CONSERVATION, Energy conversion and management, 36(10), 1995, pp. 1015-1021
Authors:
KANDPAL JB
MAHESHWARI RC
KANDPAL TC
Citation: Jb. Kandpal et al., RELEASE OF AIR-POLLUTANTS IN INDOOR AIR - COMPARISON OF TRADITIONAL AND METALLIC COOKSTOVES, Renewable energy, 4(7), 1994, pp. 833-837
Authors:
KANDPAL JB
MAHESHWARI RC
KANDPAL TC
Citation: Jb. Kandpal et al., COMPARISON OF CO, NO2 AND HCHO EMISSIONS FROM BIOMASS COMBUSTION IN TRADITIONAL AND IMPROVED COOKSTOVES, Energy, 19(11), 1994, pp. 1151-1155
Risultati:
1-8
|