Publication detail

The Transmutor Tertiary Circuit with Steam and Gas Turbine

FIEDLER, J. KADRNOŽKA, J.

Original Title

The Transmutor Tertiary Circuit with Steam and Gas Turbine

English Title

The Transmutor Tertiary Circuit with Steam and Gas Turbine

Type

conference paper

Language

en

Original Abstract

Transmutation is a technology that insures nuclear reactions of minority actinides and fission products from the spent nuclear fuel, whereat waste will be only short term or stable isotopes, that don't cause technically and safety not manageable problems from the viewpoint of storage. At the same time comes by transmutation to thermal energy release, which can be transformed into electrical power.

English abstract

Transmutation is a technology that insures nuclear reactions of minority actinides and fission products from the spent nuclear fuel, whereat waste will be only short term or stable isotopes, that don't cause technically and safety not manageable problems from the viewpoint of storage. At the same time comes by transmutation to thermal energy release, which can be transformed into electrical power.

Keywords

transmutor, nuclear energy

Released

22.05.2005

Publisher

FORATOM, European atomic forum

Location

Praha, CZ

ISBN

978-18-001-318-X

Book

Energy for Life, European Energy strategy for 21.Century

Pages from

71

Pages to

78

Pages count

8

BibTex


@inproceedings{BUT18163,
  author="Jan {Fiedler} and Jaroslav {Kadrnožka}",
  title="The Transmutor Tertiary Circuit with Steam and Gas Turbine",
  annote="Transmutation is a technology that insures nuclear reactions of minority actinides and fission products from the spent nuclear fuel, whereat waste will be only short term or stable isotopes, that don't cause technically and safety not manageable problems from the viewpoint of storage.  At the same time comes by transmutation to thermal energy release, which can be transformed into electrical power.",
  address="FORATOM, European atomic forum",
  booktitle="Energy for Life, European Energy strategy for 21.Century",
  chapter="18163",
  institution="FORATOM, European atomic forum",
  year="2005",
  month="may",
  pages="71--78",
  publisher="FORATOM, European atomic forum",
  type="conference paper"
}