La conversion bioenergetique du rayonnement solaire et les biotechnologies
Diagrs., illus., tables. Bibliography p. 301-309 (144 ref.)
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Paris (France) Technique et Documentation
1981
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| Subjects: | BIOMASS, BIOGAS, SOLAR ENERGY, PHOTOSYNTHESIS, FERMENTATION, PRODUCTIVITY, BIOCHEMISTRY, TECHNOLOGY, FUELS, GASES, METHANE, ALCOHOLS, SINGLE CELL PROTEIN, MICROBIOLOGY, BIOMASSE, BIOGAZ, ENERGIE SOLAIRE, PHOTOSYNTHESE, PRODUCTIVITE, BIOMASA, ENERGIA SOLAR, FOTOSINTESIS, FERMENTACION, PRODUCTIVIDAD, BIOCHIMIE, TECHNOLOGIE, COMBUSTIBLE, GAZ, ALCOOL, PROTEINE MICROBIOLOGIQUE, MICROBIOLOGIE, BIOQUIMICA, TECNOLOGIA, COMBUSTIBLES, METANO, ALCOHOLES, PROTEINAS UNICELULARES, MICROBIOLOGIA, |
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unfao:6089032021-05-05T06:52:06ZLa conversion bioenergetique du rayonnement solaire et les biotechnologies Demeyer, A. 168598 Lyon-1 Univ., Villeurbanne (France). Inst. de Physique Nucleaire french 168599 Jacob, F. 168612 Jay, M. 168613 Menguy, G. 168614 Perrier, J. 168615 textParis (France) Technique et Documentation1981 Diagrs., illus., tables. Bibliography p. 301-309 (144 ref.)Diagrs., illus., tables. Bibliography p. 301-309 (144 ref.)BIOMASSBIOGASSOLAR ENERGYPHOTOSYNTHESISFERMENTATIONPRODUCTIVITYBIOCHEMISTRYTECHNOLOGYFUELSGASESMETHANEALCOHOLSSINGLE CELL PROTEINMICROBIOLOGYBIOMASSEBIOGAZENERGIE SOLAIREPHOTOSYNTHESEFERMENTATIONPRODUCTIVITEBIOMASABIOGASENERGIA SOLARFOTOSINTESISFERMENTACIONPRODUCTIVIDADBIOCHIMIETECHNOLOGIECOMBUSTIBLEGAZMETHANEALCOOLPROTEINE MICROBIOLOGIQUEMICROBIOLOGIEBIOQUIMICATECNOLOGIACOMBUSTIBLESGASESMETANOALCOHOLESPROTEINAS UNICELULARESMICROBIOLOGIAURN:ISBN:2-85206-090-6 |
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biblioteca |
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Europa del Sur |
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David Lubin Memorial Library of FAO |
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BIOMASS BIOGAS SOLAR ENERGY PHOTOSYNTHESIS FERMENTATION PRODUCTIVITY BIOCHEMISTRY TECHNOLOGY FUELS GASES METHANE ALCOHOLS SINGLE CELL PROTEIN MICROBIOLOGY BIOMASSE BIOGAZ ENERGIE SOLAIRE PHOTOSYNTHESE FERMENTATION PRODUCTIVITE BIOMASA BIOGAS ENERGIA SOLAR FOTOSINTESIS FERMENTACION PRODUCTIVIDAD BIOCHIMIE TECHNOLOGIE COMBUSTIBLE GAZ METHANE ALCOOL PROTEINE MICROBIOLOGIQUE MICROBIOLOGIE BIOQUIMICA TECNOLOGIA COMBUSTIBLES GASES METANO ALCOHOLES PROTEINAS UNICELULARES MICROBIOLOGIA BIOMASS BIOGAS SOLAR ENERGY PHOTOSYNTHESIS FERMENTATION PRODUCTIVITY BIOCHEMISTRY TECHNOLOGY FUELS GASES METHANE ALCOHOLS SINGLE CELL PROTEIN MICROBIOLOGY BIOMASSE BIOGAZ ENERGIE SOLAIRE PHOTOSYNTHESE FERMENTATION PRODUCTIVITE BIOMASA BIOGAS ENERGIA SOLAR FOTOSINTESIS FERMENTACION PRODUCTIVIDAD BIOCHIMIE TECHNOLOGIE COMBUSTIBLE GAZ METHANE ALCOOL PROTEINE MICROBIOLOGIQUE MICROBIOLOGIE BIOQUIMICA TECNOLOGIA COMBUSTIBLES GASES METANO ALCOHOLES PROTEINAS UNICELULARES MICROBIOLOGIA |
| spellingShingle |
BIOMASS BIOGAS SOLAR ENERGY PHOTOSYNTHESIS FERMENTATION PRODUCTIVITY BIOCHEMISTRY TECHNOLOGY FUELS GASES METHANE ALCOHOLS SINGLE CELL PROTEIN MICROBIOLOGY BIOMASSE BIOGAZ ENERGIE SOLAIRE PHOTOSYNTHESE FERMENTATION PRODUCTIVITE BIOMASA BIOGAS ENERGIA SOLAR FOTOSINTESIS FERMENTACION PRODUCTIVIDAD BIOCHIMIE TECHNOLOGIE COMBUSTIBLE GAZ METHANE ALCOOL PROTEINE MICROBIOLOGIQUE MICROBIOLOGIE BIOQUIMICA TECNOLOGIA COMBUSTIBLES GASES METANO ALCOHOLES PROTEINAS UNICELULARES MICROBIOLOGIA BIOMASS BIOGAS SOLAR ENERGY PHOTOSYNTHESIS FERMENTATION PRODUCTIVITY BIOCHEMISTRY TECHNOLOGY FUELS GASES METHANE ALCOHOLS SINGLE CELL PROTEIN MICROBIOLOGY BIOMASSE BIOGAZ ENERGIE SOLAIRE PHOTOSYNTHESE FERMENTATION PRODUCTIVITE BIOMASA BIOGAS ENERGIA SOLAR FOTOSINTESIS FERMENTACION PRODUCTIVIDAD BIOCHIMIE TECHNOLOGIE COMBUSTIBLE GAZ METHANE ALCOOL PROTEINE MICROBIOLOGIQUE MICROBIOLOGIE BIOQUIMICA TECNOLOGIA COMBUSTIBLES GASES METANO ALCOHOLES PROTEINAS UNICELULARES MICROBIOLOGIA Demeyer, A. 168598 Lyon-1 Univ., Villeurbanne (France). Inst. de Physique Nucleaire french 168599 Jacob, F. 168612 Jay, M. 168613 Menguy, G. 168614 Perrier, J. 168615 La conversion bioenergetique du rayonnement solaire et les biotechnologies |
| description |
Diagrs., illus., tables. Bibliography p. 301-309 (144 ref.) |
| format |
Texto |
| topic_facet |
BIOMASS BIOGAS SOLAR ENERGY PHOTOSYNTHESIS FERMENTATION PRODUCTIVITY BIOCHEMISTRY TECHNOLOGY FUELS GASES METHANE ALCOHOLS SINGLE CELL PROTEIN MICROBIOLOGY BIOMASSE BIOGAZ ENERGIE SOLAIRE PHOTOSYNTHESE FERMENTATION PRODUCTIVITE BIOMASA BIOGAS ENERGIA SOLAR FOTOSINTESIS FERMENTACION PRODUCTIVIDAD BIOCHIMIE TECHNOLOGIE COMBUSTIBLE GAZ METHANE ALCOOL PROTEINE MICROBIOLOGIQUE MICROBIOLOGIE BIOQUIMICA TECNOLOGIA COMBUSTIBLES GASES METANO ALCOHOLES PROTEINAS UNICELULARES MICROBIOLOGIA |
| author |
Demeyer, A. 168598 Lyon-1 Univ., Villeurbanne (France). Inst. de Physique Nucleaire french 168599 Jacob, F. 168612 Jay, M. 168613 Menguy, G. 168614 Perrier, J. 168615 |
| author_facet |
Demeyer, A. 168598 Lyon-1 Univ., Villeurbanne (France). Inst. de Physique Nucleaire french 168599 Jacob, F. 168612 Jay, M. 168613 Menguy, G. 168614 Perrier, J. 168615 |
| author_sort |
Demeyer, A. 168598 |
| title |
La conversion bioenergetique du rayonnement solaire et les biotechnologies |
| title_short |
La conversion bioenergetique du rayonnement solaire et les biotechnologies |
| title_full |
La conversion bioenergetique du rayonnement solaire et les biotechnologies |
| title_fullStr |
La conversion bioenergetique du rayonnement solaire et les biotechnologies |
| title_full_unstemmed |
La conversion bioenergetique du rayonnement solaire et les biotechnologies |
| title_sort |
la conversion bioenergetique du rayonnement solaire et les biotechnologies |
| publisher |
Paris (France) Technique et Documentation |
| publishDate |
1981 |
| work_keys_str_mv |
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| _version_ |
1768057913908133888 |