Siirry sisältöön. | Siirry navigointiin

Jyväskylän yliopiston Koppa

HUOM! Kopan käyttö päättyy 31.7.2024! Lue lisää.

Navigation

Search results

216 hakutulos(ta) sopii hakuehtoihin.
Filter the results.
Sisältötyyppi














Uudemmat kuin



Sort by relevance · date (newest first) · alphabetically
Tiedosto Lecture1
tekijä: elkalesk — published 09.08.2013
Located in In English / … / FYSV421: PH4: Using Language to Teach Science: Researching Classroom Communication and Developing Dialogic Approaches (JSS23) / Lecture
Tiedosto Lemke Papers: Teaching all the languages of Science
tekijä: elkalesk — published 09.08.2013
Located in In English / … / FYSV421: PH4: Using Language to Teach Science: Researching Classroom Communication and Developing Dialogic Approaches (JSS23) / Lecture
Tiedosto Lecture2
tekijä: elkalesk — published 09.08.2013
Located in In English / … / FYSV421: PH4: Using Language to Teach Science: Researching Classroom Communication and Developing Dialogic Approaches (JSS23) / Lecture
Tiedosto Lecture3
tekijä: elkalesk — published 09.08.2013
Located in In English / … / FYSV421: PH4: Using Language to Teach Science: Researching Classroom Communication and Developing Dialogic Approaches (JSS23) / Lecture
Lecture
tekijä: elkalesk — published 05.08.2013 — Viimeisin muutos maanantai 12. elokuuta 2013, 21.06
Located in In English / Courses / KEMV998: RE1: Biogas Technology for Renewable Energy Production and Environmental Benefit (JSS23)
Kurssikansio KEMV998: RE1: Biogas Technology for Renewable Energy Production and Environmental Benefit (JSS23)
tekijä: elkalesk — published 05.08.2013 — Viimeisin muutos maanantai 05. elokuuta 2013, 11.43
This course presents the fundamentals and most recent developments in biogas technology for sustainable renewable energy production. Anaerobic microbiology, biochemistry and reactor design are described as well as the application of biogas technology in municipal and industrial waste management, and in industrial-scale energy production from agro-wastes and crops. The concept of biogas production from food waste as second generation biofuel source, including collection, pretreatment and process optimisation, is presented with consideration of its energy and mass balance and carbon footprint for sustainability criteria. The different potential uses of the produced biogas and the digestate are also discussed, including environmental impacts and benefits on greenhouse gas emissions and nutrient recycling.
Located in In English / Courses
Tiedosto Lecture5
tekijä: elkalesk — published 01.08.2013
Located in In English / … / TIEJ660: COM8: Techno-economic Systems: Institutional Innovation (JSS23) / Lecture
Tiedosto Lecture1
tekijä: elkalesk — published 30.07.2013 — Viimeisin muutos tiistai 30. heinäkuuta 2013, 08.18
Located in In English / … / TIEJ660: COM8: Techno-economic Systems: Institutional Innovation (JSS23) / Lecture
Tiedosto Lecture3
tekijä: elkalesk — published 30.07.2013
Located in In English / … / TIEJ660: COM8: Techno-economic Systems: Institutional Innovation (JSS23) / Lecture
Lecture
tekijä: elkalesk — published 30.07.2013 — Viimeisin muutos tiistai 30. heinäkuuta 2013, 08.18
Located in In English / Courses / TIEJ660: COM8: Techno-economic Systems: Institutional Innovation (JSS23)
« Edelliset 10 Seuraavat 10 » 1 ... 16 17 18 [19] 20 21 22