AAAAAA

   
Results: 1-10 |
Results: 10
RESULTS OF RESEARCH-AND-DEVELOPMENT FOR LITHIUM VANADIUM BREEDING BLANKET DESIGN/
Authors: MATTAS RF SMITH DL REED CB PARK JH KIRILLOV IR STREBKOV YS RUSANOV AE VOTINOV SN
Citation: Rf. Mattas et al., RESULTS OF RESEARCH-AND-DEVELOPMENT FOR LITHIUM VANADIUM BREEDING BLANKET DESIGN/, Fusion engineering and design, 39-4, 1998, pp. 659-668
LIQUID LITHIUM SELF-COOLED BREEDING BLANKET DESIGN FOR ITER
Authors: KIRILLOV IR DANILOV IV SIDORENKOV SI STREBKOV YS MATTAS RF GOHAR Y HUA TQ SMITH DL
Citation: Ir. Kirillov et al., LIQUID LITHIUM SELF-COOLED BREEDING BLANKET DESIGN FOR ITER, Fusion engineering and design, 39-4, 1998, pp. 669-674
US ITER LIMITER MODULE DESIGN
Authors: MATTAS RF BILLONE M HASSANEIN A MORGAN GD KUBIK D LEE VD WILLE G ZHAN NJ GREEN L MOGAHED E SVIATOSLAVSKY I
Citation: Rf. Mattas et al., US ITER LIMITER MODULE DESIGN, Fusion technology, 30(3), 1996, pp. 558-563
THE FABRICATION OF A VANADIUM-STAINLESS STEEL TEST SECTION FOR MHD TESTING OF INSULATOR COATINGS IN FLOWING LITHIUM
Authors: REED CB MATTAS RF SMITH DL JOHNSON WR MORGAN GD WILLE GW YOUNG C
Citation: Cb. Reed et al., THE FABRICATION OF A VANADIUM-STAINLESS STEEL TEST SECTION FOR MHD TESTING OF INSULATOR COATINGS IN FLOWING LITHIUM, Fusion technology, 30(3), 1996, pp. 1021-1026
MATERIALS FOR BREEDING BLANKETS
Authors: MATTAS RF BILLONE MC
Citation: Rf. Mattas et Mc. Billone, MATERIALS FOR BREEDING BLANKETS, Journal of nuclear materials, 237, 1996, pp. 72-81
TRITIUM RECOVERY FROM LITHIUM, BASED ON A COLD TRAP
Authors: SZE DK MATTAS RF ANDERSON J HAANGE R YOSHIDA H KVETON O
Citation: Dk. Sze et al., TRITIUM RECOVERY FROM LITHIUM, BASED ON A COLD TRAP, Fusion engineering and design, 28, 1995, pp. 220-225
MEASUREMENT TECHNIQUES FOR FUSION BLANKET NEUTRONICS EXPERIMENTS
Authors: OYAMA Y KONNO C IKEDA Y MAEKAWA F MAEKAWA H YAMAGUCHI S TSUDA K NAKAMURA T ABDOU MA BENNETT EF MATTAS RF PORGES KG YOUSSEF MZ
Citation: Y. Oyama et al., MEASUREMENT TECHNIQUES FOR FUSION BLANKET NEUTRONICS EXPERIMENTS, Fusion engineering and design, 28, 1995, pp. 716-723
ASSESSMENT OF ALKALI-METAL COOLANTS FOR THE ITER BLANKET
Authors: NATESAN K REED CB MATTAS RF
Citation: K. Natesan et al., ASSESSMENT OF ALKALI-METAL COOLANTS FOR THE ITER BLANKET, Fusion engineering and design, 27, 1995, pp. 457-466
DESIGN AND TECHNIQUES FOR FUSION BLANKET NEUTRONICS EXPERIMENTS USINGAN ACCELERATOR-BASED DEUTERIUM-TRITIUM NEUTRON SOURCE
Authors: OYAMA Y KONNO C IKEDA Y MAEKAWA F MAEKAWA H YAMAGUCHI S TSUDA K NAKAMURA T ABDOU MA BENNETT EF MATTAS RF PORGES KG YOUSSEF MZ
Citation: Y. Oyama et al., DESIGN AND TECHNIQUES FOR FUSION BLANKET NEUTRONICS EXPERIMENTS USINGAN ACCELERATOR-BASED DEUTERIUM-TRITIUM NEUTRON SOURCE, Fusion technology, 28(1), 1995, pp. 56-73
RECOMMENDED PROPERTY DATA FOR MO, NE, AND V-ALLOYS
Authors: MATTAS RF
Citation: Rf. Mattas, RECOMMENDED PROPERTY DATA FOR MO, NE, AND V-ALLOYS, Nuclear fusion, 5, 1994, pp. 149-162
Risultati: 1-10 |