SOLAR-ENERGY USE THROUGH BIOLOGY - PAST, PRESENT AND FUTURE

[1] OPTIMUM EFFICIENCY OF PHOTOGALVANIC CELLS FOR SOLAR-ENERGY CONVERSION [J]. NATURE, 1977, 270 (5636) : 399 - 402

[2] AGRICULTURAL AND FORESTRY WASTES AS AN ENERGY RESOURCE [J]. SOLAR ENERGY, 1977, 19 (06) : 625 - 629

[3] ALICH JA, 1976, ENERGY, V1, P61

[4] ALICH JA, 1977, E043115 STANF RES I

[5] [Anonymous], UNDEREXPLOITED TROPI

[6] [Anonymous], 1976, MAKING AQUATIC WEEDS

[7] AQUATIC FERN AZOLLA AND ITS ANABAENA SYMBIONT [J]. ENDEAVOUR, 1976, 35 (124) : 39 - 43

[8] BACHOFEN R, 1978, BIOENERGY ENERGY LIV, P9

[9] BARBER J, 1977, TOPICS PHOTOSYNTHESI, V2

[10] BARBER J, 1979, PHOTOSYNTHESIS RELAT

[1] OPTIMUM EFFICIENCY OF PHOTOGALVANIC CELLS FOR SOLAR-ENERGY CONVERSION [J]. NATURE, 1977, 270 (5636) : 399 - 402

[2] AGRICULTURAL AND FORESTRY WASTES AS AN ENERGY RESOURCE [J]. SOLAR ENERGY, 1977, 19 (06) : 625 - 629

[3] ALICH JA, 1976, ENERGY, V1, P61

[4] ALICH JA, 1977, E043115 STANF RES I

[5] [Anonymous], UNDEREXPLOITED TROPI

[6] [Anonymous], 1976, MAKING AQUATIC WEEDS

[7] AQUATIC FERN AZOLLA AND ITS ANABAENA SYMBIONT [J]. ENDEAVOUR, 1976, 35 (124) : 39 - 43

[8] BACHOFEN R, 1978, BIOENERGY ENERGY LIV, P9

[9] BARBER J, 1977, TOPICS PHOTOSYNTHESI, V2

[10] BARBER J, 1979, PHOTOSYNTHESIS RELAT