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Results: 4
HYDROGEN SORPTION RATE BY INTERMETALLIC COMPOUNDS SUITABLE FOR TRITIUM STORAGE
Authors:
PENZHORN RD SIRCH M PEREVEZENTSEV AN BORISENKO AN
Citation:
Rd. Penzhorn et al., HYDROGEN SORPTION RATE BY INTERMETALLIC COMPOUNDS SUITABLE FOR TRITIUM STORAGE, Fusion technology, 28(3), 1995, pp. 1399-1403
SAFETY ASPECTS OF TRITIUM STORAGE IN METAL HYDRIDE FORM
Authors:
PEREVEZENTSEV AN BELL AC LASSER R RIVKIS LA
Citation:
An. Perevezentsev et al., SAFETY ASPECTS OF TRITIUM STORAGE IN METAL HYDRIDE FORM, Fusion technology, 28(3), 1995, pp. 1404-1409
HYDROGEN ISOTOPE-SEPARATION INSTALLATION FOR TRITIUM FACILITY
Authors:
ANDREEV BM PEREVEZENTSEV AN SELIVANENKO IL TENYAEV BN VEDENEEV AI GOLUBKOV AN
Citation:
Bm. Andreev et al., HYDROGEN ISOTOPE-SEPARATION INSTALLATION FOR TRITIUM FACILITY, Fusion technology, 28(3), 1995, pp. 505-510
HEAT MASS-TRANSFER DURING HYDROGEN SORPTION FROM GAS-MIXTURE BY HYDRIDE-FORMING SORBENTS
Authors:
KRUGLOV AV PEREVEZENTSEV AN ANDREEV BM
Citation:
Av. Kruglov et al., HEAT MASS-TRANSFER DURING HYDROGEN SORPTION FROM GAS-MIXTURE BY HYDRIDE-FORMING SORBENTS, International journal of hydrogen energy, 19(4), 1994, pp. 363-367
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