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Results: 1-7 |
Results: 7
THE REACTIVE SYSTEM SCREENING TOOL (RSST) - AN EASY, INEXPENSIVE APPROACH TO THE DIERS PROCEDURE
Authors: FAUSKE HK
Citation: Hk. Fauske, THE REACTIVE SYSTEM SCREENING TOOL (RSST) - AN EASY, INEXPENSIVE APPROACH TO THE DIERS PROCEDURE, Process safety progress, 17(3), 1998, pp. 190-195
ON PREDICTION OF THE IGNITION POTENTIAL OF URANIUM METAL AND HYDRIDE
Authors: EPSTEIN M LUANGDILOK W PLYS MG FAUSKE HK
Citation: M. Epstein et al., ON PREDICTION OF THE IGNITION POTENTIAL OF URANIUM METAL AND HYDRIDE, Nuclear safety, 37(1), 1996, pp. 12-26
ON THE LIKELIHOOD THAT UNDERWATER METAL IGNITION IS A VAPOR-PHASE PHENOMENON
Authors: EPSTEIN M FAUSKE HK
Citation: M. Epstein et Hk. Fauske, ON THE LIKELIHOOD THAT UNDERWATER METAL IGNITION IS A VAPOR-PHASE PHENOMENON, Nuclear Engineering and Design, 155(1-2), 1995, pp. 427-443
IGNITION OF ALUMINUM DROPLETS BEHIND SHOCK-WAVES IN WATER
Authors: THEOFANOUS TG CHEN X DIPIAZZA P EPSTEIN M FAUSKE HK
Citation: Tg. Theofanous et al., IGNITION OF ALUMINUM DROPLETS BEHIND SHOCK-WAVES IN WATER, Physics of fluids, 6(11), 1994, pp. 3513-3515
IGNITION OF ALUMINUM DROPLETS BEHIND SHOCK-WAVES IN WATER
Authors: THEOFANOUS TG CHEN X DIPIAZZA P EPSTEIN M FAUSKE HK
Citation: Tg. Theofanous et al., IGNITION OF ALUMINUM DROPLETS BEHIND SHOCK-WAVES IN WATER, Physics of fluids, 6(11), 1994, pp. 3513-3515
A CRYSTALLIZATION THEORY OF UNDERWATER ALUMINUM IGNITION
Authors: EPSTEIN M FAUSKE HK
Citation: M. Epstein et Hk. Fauske, A CRYSTALLIZATION THEORY OF UNDERWATER ALUMINUM IGNITION, Nuclear Engineering and Design, 146(1-3), 1994, pp. 147-164
KINETIC AND HEAT TRANSFER-CONTROLLED SOLIDIFICATION OF HIGHLY SUPERCOOLED DROPLETS
Authors: EPSTEIN M FAUSKE HK
Citation: M. Epstein et Hk. Fauske, KINETIC AND HEAT TRANSFER-CONTROLLED SOLIDIFICATION OF HIGHLY SUPERCOOLED DROPLETS, International journal of heat and mass transfer, 36(12), 1993, pp. 2987-2995
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