International Energy Agency/Small Solar Power Systems Project: The Iea, Ssps High Flux Experiment: Testing The Advanced Sodium Receiver At Heat Fluxes Up To 2.5 Mw/M2

Ein technisches Buch beschreibt das IEA‑SSPS‑High‑Flux‑Experiment, bei dem ein moderner Natriumempfänger unter extremen Wärmeströmen von bi ...
Wo zu kaufen (2) Eigenschaften
Gesponsert
International Energy Agency/Small Solar Power Systems Project: The Iea, Ssps High Flux Experiment: Testing The Advanced Sodium Receiver At Heat Fluxes Up To 2.5 Mw/M2
Medimops DE
53.49 EUR
Preis aktualisiert am: 25-04-2026 22:53:52
Siehe Produktangebot
Gesponsert
International Energy Agency/Small Solar Power Systems Project: The IEA, SSPS High Flux Experiment
SpringerLink DE
53.49 EUR
Preis aktualisiert am: 26-04-2026 01:59:51
Siehe Produktangebot

Allgemein

Marke
Wolfgang Schiel
ISBN
Wolfgang Schiel 3540182241

Eigenschaften

Ähnliche Produkte

Nuclear Law: The Global Debate
Nuclear Law: The Global Debate
Produkt anzeigen
The International Atomic Energy Agency and World Nuclear Order
The International Atomic Energy Agency and World Nuclear Order
Produkt anzeigen
The International Atomic Energy Agency and World Nuclear Order
The International Atomic Energy Agency and World Nuclear Order
Produkt anzeigen
Oil Crisis of 1973 and Foundation of the International Energy Agency: Oil Crisis (Oil Price Revolution) of 1973 and the United States’ Response to the Crisis: the International Energy Agency
Oil Crisis of 1973 and Foundation of the International Energy Agency: Oil Crisis (Oil Price Revolution) of 1973 and the United States’ Response to the Crisis: the International Energy Agency
Produkt anzeigen
Wind Energy: An Assessment of the Technical and Economic Potential A Case Study for the Federal Republic of Germany, commissioned by the International Energy Agency
Wind Energy: An Assessment of the Technical and Economic Potential A Case Study for the Federal Republic of Germany, commissioned by the International Energy Agency
Produkt anzeigen
Summary Review on the Application of Computational Fluid Dynamics in Nuclear Power Plant Design (IAEA Nuclear Energy Series)
Summary Review on the Application of Computational Fluid Dynamics in Nuclear Power Plant Design (IAEA Nuclear Energy Series)
Produkt anzeigen
Menü