Wodór jako paliwo

• Autorzy: Marchut A.
• Języki publikacji: PL

Słowa kluczowe

PL

paliwa alternatywne; wodór; ogniwa paliwowe; silniki spalinowe; wodór jako paliwo

EN

alternative fuels; hydrogen; fuel cells; internal combustion engines; hydrogen as fuel

• Wydawca: Stowarzyszenie Naukowo-Techniczne Inżynierów i Techników Przemysłu Naftowego i Gazowniczego
• Czasopismo: Wiadomości Naftowe i Gazownicze
• Rocznik: 2004
• Tom: R. 7, Nr 6 (74)
• Strony: 22--26
• Opis fizyczny: Bibliogr. 16 poz., rys., tab.

Twórcy

autor

Marchut A.

Bibliografia

• 1. Raport z konferencji: The hydrogen economy - A bridge to sustainable energy, Bruksela. 16 -17 czerwiec, 2003.
• 2. Automotive Fuels for the Future; The search for the future, TEA AFIS, 1999.
• 3. Heffel J.W, Johnson D.C., Shelby C. Hydrogen Powered Shelby Cobra: Vehicle Conversion, w Fuel Cells and Alternative Fuels/Energy Systems SAE SP-1635, str. 55-63.
• 4. Wiener Motoren Symposium; konferencja, maj, 2003.
• 5. Larmine J., Dicks A.; Fuel cell systems explained, Wiley, 2003. str. 67 - 115. 7. str. 121 - 140. str. 137 - 186. 9 str.139. str. 229 - 301.
• 6. Fuel Cell information center. (www.fuelcells.org/fctypes.htm).
• 7. Berlowitz P.J., Barwell Ch. P.; Fuel choices for fuel cell powered vehicles w „Fuel Cell Power for Transportation 2000" SP-1505, March 2000, s. 15 - 25.
• 8. Allard M.; Issues associated with widespread utilization of methanol w „Fuel Cell Power for Transportation 2000" SP-1505, March 2000, s. 33 - 36.
• 9. Meyer A.P., Schroll C.R., Lesieur R.; Development and evaluation of multi-fuel fuel cell power plant for transportation application, w: Fuel cell power for transportation 2000 SP-1505, March 2000. s 45 - 50.
• 10. Barge Sh., Woods R., Mauzey L; Fuel-flexible, fuel processors (F3P) - Reforming infrastructure fuels for cells, w ,,Fuel cell power for transportation 2000’’ SP-1505, March 2000, s. 51 -53.
• 11. Dams R.A., Hayter P.R., Moore S.C.; The development and reforming fast processor system for PEMFC electric vehicles, w „Fuel cell power for transportation 2000" SP-1505, March 2090, a. 55 - 61.
• 12. Ramaswamy S., Sandarsen M.M., Hauer K.-H., Eggert A., Moor R.; Fuel processor for an indirect methanol fuel cell w “Alternative fuels, fuel cells and natural gas” EAE SP-1557, 2000 s. 47 - 53
• 13. Wiese W., Emonts B., Peters R.; Methanol steam reforming in fuel cell drive system w „Fuel cell technology for vehicles”, Progress in technology, s. 127 - 133.
• 14. Tachtler J., Dietsch Th„ Gotz G.; Fuel cell auxiliary power unit - innovation for the electric supply of passenger cars w “Fuel cell technology for vehicles”, Progress in technology, s. 153 - 161.
• 15. Fronk M.H., Eetter D.L., Masten D.A., Bosco A.; PEM fuel cell system solutions for transportation w „Fuel cell power for transportation 2000" SP-1505, March 2000, s. 101 - 108.
• 16. Lenz H.P; Visions for clean air - Future requirements and developments- Contributions of engine and fuel development, wykład - ITN. Kraków, 21.03.2003.