1,732,102 research outputs found
Abhandlung von der Besten Art zu predigen
No full textTitelblatt in Rot- und SchwarzdruckVorlageform der Veröffentlichungsangabe: "Duisburg und Dortmund 1757 Bey Böttiger, Reiche und Hoffmann.
Good environmental governance for renewable energies: The example of Germany - lessons for China?
No full textGermany’s pioneering role in the field of renewable energies (RES) can best be observed by its world leading position in installed wind power and photovoltaics. Also its first European rank in the production of biofuels and installed solar thermal collector space is remarkable. These successes are not due to an exceptionally good natural resource base; mainly they are the result of an innovative national support policy. Pressure from the European and international commitments also have contributed to the German success story in RES. The current paper analyses the main factors of the German case in the development of RES, including the design elements of the national promotion instruments and support programmes, the policy impacts from the European and the international level, technical as well as cognitive conditions. In addition, a description is given of further driving forces for a successful RES development in other European countries. The paper ends with the question which of the described success factors of the German RES case might be transferable to China - and which not. --
Die Geschichte Roms : Ein Lesebuch für Kinder von 7 bis 15 Jahren / [Carl Christoph Reiche]
No full textDIE GESCHICHTE ROMS : EIN LESEBUCH FÜR KINDER VON 7 BIS 15 JAHREN / [CARL CHRISTOPH REICHE]
Die Geschichte Roms : Ein Lesebuch für Kinder von 7 bis 15 Jahren / [Carl Christoph Reiche] (1)
Cover (1)
Titelseite (8)
Widmung (9)
Einleitung (11)
Die Geschichte Roms. 8. Jahrhundert v.C.G. (19)
7. Jahrhundert v.C.G. (40)
6. Jahrhundert v.C.G. (52)
5. Jahrhundert v.C.G. (78)
4. Jahrhundert v.C.G. (96)
3. Jahrhundert v.C.G. (123)
2. Jahrhundert v.C.G. (158)
1. Jahrhundert v.C.G. (186)
Druckfehler. (256
Exeqvias Solennes Viri Generosissimi Et Per-Venerabilis Dn. Friderici Christiani A Reiche, Potenissimo Regi Magnæ Britanniæ, ... Qvi Post Morbvm Divtvrnvm Tandem Perfectissimæ Æternitati Adsertvs, Et Ilfeldæ VII. Cal. April MDCCLVII. Decenter Elatvs Est, ... Cohonestare Stvdent Pædagogii Ilfeldensis Præceptores Pvbl. Vniversi.
No full textGedächtnisgedicht auf Friedrich Christian von Reiche, Vikar, +7. April 1747Autopsie nach Exemplar der ULB Sachsen-AnhaltVorlageform des Erscheinungsvermerks: Nordhvsæ, Typis Coelerianis
Verbandstag der jüdischen Lehrervereine im deutschen Reiche : Begrüssungs-Abend im Hôtel „Zu den drei Ringen" Hamburg.
No full textProgram of the welcome evening of the Verbandstag of the Verband der jüdischen Lehrervereine im Deutschen Reiche, heldThe original German-language inventory is available in the folderProcessed for digitizatio
Biocatalyst Selection for a Glycerol-oxidizing Microbial Fuel Cell
No full textUsing glycerol from biodiesel production as a fuel in a microbial fuel cell (MFC) will generate electricity and valuable by-products from what is currently considered waste. This research aims to screen E. coli (W3110, TG1, DH5, BL21), P. freudenreichii (subspecies freudenreichii and shermanii), and mixed cultures enriched from compost (AR1, AR2, AR3) as anodic biocatalysts in a glycerol-oxidizing MFC. Anaerobic fermentation experiments were performed to determine the oxidative capacity of each catalyst towards glycerol. Using an optimized medium for each strain, the highest anaerobic glycerol conversion from each group was achieved by E. coli W3110 (4.1 g/L), P. freudenreichii ssp. shermanii (10 g/L), and AR2 (20 g/L). These cultures were then tested in an MFC system. All three catalysts exhibited exoelectrogenicity. The highest power density was achieved using P. freudenreichii ssp. shermanii (14.9 mW m-2), followed by AR2 (11.7 mW m-2), and finally E. coli W3110 (9.8 mW m-2)
Biocatalyst Selection for a Glycerol-oxidizing Microbial Fuel Cell
No full textUsing glycerol from biodiesel production as a fuel in a microbial fuel cell (MFC) will generate electricity and valuable by-products from what is currently considered waste. This research aims to screen E. coli (W3110, TG1, DH5, BL21), P. freudenreichii (subspecies freudenreichii and shermanii), and mixed cultures enriched from compost (AR1, AR2, AR3) as anodic biocatalysts in a glycerol-oxidizing MFC. Anaerobic fermentation experiments were performed to determine the oxidative capacity of each catalyst towards glycerol. Using an optimized medium for each strain, the highest anaerobic glycerol conversion from each group was achieved by E. coli W3110 (4.1 g/L), P. freudenreichii ssp. shermanii (10 g/L), and AR2 (20 g/L). These cultures were then tested in an MFC system. All three catalysts exhibited exoelectrogenicity. The highest power density was achieved using P. freudenreichii ssp. shermanii (14.9 mW m-2), followed by AR2 (11.7 mW m-2), and finally E. coli W3110 (9.8 mW m-2)
- …
