Abstract
The principle of high temperature nuclear process heat is explained and the main applications (hydrogasification of coal, nuclear chemical heat pipe, direct reduction of iron ore, coal gasification by steam and water splitting) are described in more detail. The motivation for the introduction of nuclear process heat to the market, questions of cost, of raw material resources and environmental aspects are the next point of discussion. The new technological questions of the nuclear reactor and the status of development are described, especially information about the fuel elements, the hot gas ducts, the contamination and some design considerations are added. Furthermore the status of development of helium heated steam reformers, the main results of the work until now and the further activities in this field are explained.
Citation Formats
Schulten, R, and Kugeler, K.
High temperature reactor and application to nuclear process heat.
United Kingdom: N. p.,
1976.
Web.
Schulten, R, & Kugeler, K.
High temperature reactor and application to nuclear process heat.
United Kingdom.
Schulten, R, and Kugeler, K.
1976.
"High temperature reactor and application to nuclear process heat."
United Kingdom.
@misc{etde_7237730,
title = {High temperature reactor and application to nuclear process heat}
author = {Schulten, R, and Kugeler, K}
abstractNote = {The principle of high temperature nuclear process heat is explained and the main applications (hydrogasification of coal, nuclear chemical heat pipe, direct reduction of iron ore, coal gasification by steam and water splitting) are described in more detail. The motivation for the introduction of nuclear process heat to the market, questions of cost, of raw material resources and environmental aspects are the next point of discussion. The new technological questions of the nuclear reactor and the status of development are described, especially information about the fuel elements, the hot gas ducts, the contamination and some design considerations are added. Furthermore the status of development of helium heated steam reformers, the main results of the work until now and the further activities in this field are explained.}
journal = {Ann. Nucl. Energy; (United Kingdom)}
volume = {3:2; 3}
place = {United Kingdom}
year = {1976}
month = {Jan}
}
title = {High temperature reactor and application to nuclear process heat}
author = {Schulten, R, and Kugeler, K}
abstractNote = {The principle of high temperature nuclear process heat is explained and the main applications (hydrogasification of coal, nuclear chemical heat pipe, direct reduction of iron ore, coal gasification by steam and water splitting) are described in more detail. The motivation for the introduction of nuclear process heat to the market, questions of cost, of raw material resources and environmental aspects are the next point of discussion. The new technological questions of the nuclear reactor and the status of development are described, especially information about the fuel elements, the hot gas ducts, the contamination and some design considerations are added. Furthermore the status of development of helium heated steam reformers, the main results of the work until now and the further activities in this field are explained.}
journal = {Ann. Nucl. Energy; (United Kingdom)}
volume = {3:2; 3}
place = {United Kingdom}
year = {1976}
month = {Jan}
}