Distorted Time Preferences and Structural Change in the Energy Industry [electronic resource] : A Theoretical and Applied Environmental-Economic Analysis / by Christoph Heinzel.
By: Contributor(s): Material type:
- 9783790821833
- 333.7 23
- HC79.E5
No physical items for this record
There are no comments on this title.
Log in to your account to post a comment.
-
421
Towards a greener economy
-
422
Entrepreneurial president
by Pelfrey, Patricia A. -
423
Being nuclear
by Hecht, Gabrielle. -
424
A practical guide to energy management for processors
-
425
Solar energy conversion
by Likhtenshtein, Gertz. -
426
Sustainable energy pricing
by Zatzman, Gary. -
427
Biorefinery co-products
-
428
Electrical energy efficiency
-
429
How to boil an egg
by Wijk, Ad van. -
430
An assessment of Cameroons [sic] wind and solar energy potential
by Tansi, Bobbo Nfor. -
431
Energy transition in Africa
-
432
Power games in the Caucasus
by Mehdiyeva, Nazrin, -
433
Predicting outcomes of investments in maintenance and repair of federal facilities
-
434
Global Brazil and U.S.-Brazil relations
-
435
The nature of nutrition
by Simpson, Stephen J. -
436
Effective tracking of building energy use
-
437
Molecular-level learning from natural systems
-
438
The new continentalism
by Calder, Kent E. -
439
Canada among nations 2006
-
440
Green illusions
by Zehner, Ozzie.
Distorted Time Preferences and Structural Change in the Energy Industry
APA
Heinzel C., SpringerLink (Online service), . (2009). Distorted Time Preferences and Structural Change in the Energy Industry. Heidelberg: Physica-Verlag HD.
Chicago
Heinzel Christoph, SpringerLink (Online service), . 2009. Distorted Time Preferences and Structural Change in the Energy Industry. Heidelberg: Physica-Verlag HD.
Harvard
Heinzel C., SpringerLink (Online service), . (2009). Distorted Time Preferences and Structural Change in the Energy Industry. Heidelberg: Physica-Verlag HD.
MLA
Heinzel Christoph, SpringerLink (Online service), . Distorted Time Preferences and Structural Change in the Energy Industry. Heidelberg: Physica-Verlag HD. 2009.