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O.K. Kveton
Observed names:
Kveton, O.K.,
O Kveton,
O. K. KVETON,
O. K. Kveton,
O. Kveton,
Otto K Kveton,
Otto KVETON,
Otto Kveton
show all 8
Observed institutions:
ITER,
Japan Atomic Energy Agency,
Max Planck Society
OpenAlex ID:
A5052129345
The tritium fuel cycle of ITER-FEAT
2001
·
M Glugla
, A Busigin
, et al.
·
Fusion Engineering and Design
·
52
Design Study of Feasible Water Detritiation Systems for Fusion Reactor of ITER Scale
1996
·
Yasunori IWAI
, Toshihiko YAMANISHI
, et al.
·
Journal of Nuclear Science and Technology
·
34
PDF
ITER reference accidents
1998
·
H.-W. Bartels
, A. Poucet
, et al.
·
Fusion Engineering and Design
·
32
ITER hydrogen isotope separation system conceptual design description
1990
·
A. Busigin
, S.K. Sood
, et al.
·
Fusion Engineering and Design
·
31
Status of the ITER Tritium Plant design
1998
·
H. Yoshida
, O. Kveton
, et al.
·
Fusion Engineering and Design
·
29
Fuel Source Isotopic Tailoring and Its Impact on International Thermonuclear Experimental Reactor Design, Operation, and Safety
1995
·
M. J. Gouge
, W. A. Houlberg
, et al.
·
Fusion Technology
·
27
Tritium recovery from lithium, based on a cold trap
1995
·
Dai-Kai Sze
, Richard F Mattas
, et al.
·
Fusion Engineering and Design
·
26
PDF
A New Pressure Swing Adsorption (PSA) Process for Recovery of Tritium from the Iter Solid Ceramic Breeder Helium Purge Gas
1992
·
S.K. Sood
, C. Fong
, et al.
·
Fusion Technology
·
24
TRENTA Facility for Trade-Off Studies between Combined Electrolysis Catalytic Exchange and Cryogenic Distillation Processes
2005
·
I. Cristescu
, I. R. Cristescu
, et al.
·
Fusion Science & Technology
·
18
Design of the Water Detritiation and Isotope Separation Systems for ITER
1995
·
O.K. Kveton
, H. Yoshida
, et al.
·
Fusion Technology
·
17
Removal and Immobilization of Tritium from Ontario Hydro’s Nuclear Generating Stations
1985
·
S.K. Sood
, R.A.P. Sissingh
, et al.
·
Fusion Technology
·
17
Tritium System Concepts for the Next European Torus Project
1985
·
P.J. Dinner
, M. Chazalon
, et al.
·
Fusion Technology
·
14
Tritium technology for blankets of fusion power plants
2000
·
Michael A Fütterer
, Helmut Albrecht
, et al.
·
Fusion Engineering and Design
·
12
Dynamic Simulation of the ITER Fuel Cycle
1992
·
A. Busigin
, S.K. Sood
, et al.
·
Fusion Technology
·
10
Overview of ITER Fuel Cycle R&D and Design Activities by the European Home Team
2002
·
David Murdoch
, Ch. Day
, et al.
·
Fusion Science & Technology
·
9
Design of ITER Plasma Exhaust Processing Systems
1995
·
J. Koonce
, H. Yoshida
, et al.
·
Fusion Technology
·
9
Overview of the TITAN-I fusion-power core
1989
·
S.P. Grotz
, N.M. Ghoniem
, et al.
·
Fusion Engineering and Design
·
9
Tritium Purification System for TFTR
2002
·
J.R. Robins
, K.B. Woodall
, et al.
·
IEEE/NPSS Symposium on Fusion Engineering
·
7
Fuel cycle design evolution from FDR-ITER to RTO/RC-ITER
2000
·
D.K Murdoch
, M Glugla
, et al.
·
Fusion Engineering and Design
·
6
Status of ITER Tritium Plant Design
1995
·
R. Haange
, H. Yoshida
, et al.
·
Fusion Technology
·
6
Design of the Atmosphere Detritiation Systems for ITER
1995
·
R. Haange
, H. Yoshida
, et al.
·
Fusion Technology
·
6
A water cooled lithium–lead blanket without tritium permeation barriers: feasibility and economical analysis
2001
·
O Kveton
, I Ricapito
, et al.
·
Fusion Engineering and Design
·
5
Overview of Tritium Work in Canada
1992
·
D.P. Dautovich
, P.J. Gierszewski
, et al.
·
Fusion Technology
·
4
A Low Inventory Adsorptive Process for Tritium Extraction and Purification
1991
·
Bowie KEEFER
, Biraj BORA
, et al.
·
Elsevier eBooks
·
4
Design of the Fuel Processing Loop for the Next European Torus
1992
·
K.M. Kalyanam
, S.K. Sood
, et al.
·
Fusion Technology
·
3
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Works count:
35
Citation count:
414
H-index:
12
I10-index:
14
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