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Citation: B. Michel et D. Plancq, LOWER-BOUND LIMIT LOAD OF A CIRCUMFERENTIALLY CRACKED PIPE UNDER COMBINED MECHANICAL LOADING, Nuclear Engineering and Design, 185(1), 1998, pp. 23-31
Citation: Sb. Wisner et Rb. Adamson, COMBINED EFFECTS OF RADIATION-DAMAGE AND HYDRIDES ON THE DUCTILITY OFZIRCALOY-2, Nuclear Engineering and Design, 185(1), 1998, pp. 33-49
Citation: Vn. Shah et Cj. Hookham, LONG-TERM AGING OF LIGHT-WATER REACTOR CONCRETE CONTAINMENTS, Nuclear Engineering and Design, 185(1), 1998, pp. 51-81
Citation: T. Yonomoto et al., THERMAL-HYDRAULIC CHARACTERISTICS OF A NEXT-GENERATION REACTOR RELYING ON STEAM-GENERATOR SECONDARY-SIDE COOLING FOR PRIMARY DEPRESSURIZATION AND LONG-TERM PASSIVE CORE COOLING, Nuclear Engineering and Design, 185(1), 1998, pp. 83-96
Citation: M. Ishii et Tg. Theofanous, TOPICAL ISSUE - ADVANCED MULTIPHASE FLOW INSTRUMENTATION AND MEASUREMENT TECHNIQUES - SANTA-BARBARA, CA, USA 17-20 MARCH 1997 - PREFACE, Nuclear Engineering and Design, 184(2-3), 1998, pp. 161-161
Authors:
THEOFANOUS TG
ANGELINI S
CHEN X
LUO R
YUEN WW
Citation: Tg. Theofanous et al., QUANTITATIVE RADIOGRAPHY FOR TRANSIENT MULTIDIMENSIONAL, MULTIPHASE FLOWS, Nuclear Engineering and Design, 184(2-3), 1998, pp. 163-181
Citation: K. Mishima et T. Hibiki, DEVELOPMENT OF HIGH-FRAME-RATE NEUTRON RADIOGRAPHY AND QUANTITATIVE MEASUREMENT METHOD FOR MULTIPHASE FLOW RESEARCH, Nuclear Engineering and Design, 184(2-3), 1998, pp. 183-201
Authors:
TAKENAKA N
ASANO H
FUJII T
MATSUBAYASHI M
Citation: N. Takenaka et al., 3-DIMENSIONAL VISUALIZATION OF VOID FRACTION DISTRIBUTION IN STEADY 2-PHASE FLOW BY THERMAL-NEUTRON RADIOGRAPHY, Nuclear Engineering and Design, 184(2-3), 1998, pp. 203-212
Citation: Jn. Reyes et al., THE USE OF MRI TO QUANTIFY MULTIPHASE FLOW PATTERNS AND TRANSITIONS -AN APPLICATION TO HORIZONTAL SLUG FLOW, Nuclear Engineering and Design, 184(2-3), 1998, pp. 213-228
Citation: O. Feldmann et al., EVALUATION OF PULSED-LASER HOLOGRAMS OF FLASHING SPRAYS BY DIGITAL IMAGE-PROCESSING AND HOLOGRAPHIC PARTICLE IMAGE VELOCIMETRY, Nuclear Engineering and Design, 184(2-3), 1998, pp. 239-252
Citation: H. Lemonnier et Jf. Peytraud, IS 2D IMPEDANCE TOMOGRAPHY A RELIABLE TECHNIQUE FOR 2-PHASE FLOW, Nuclear Engineering and Design, 184(2-3), 1998, pp. 253-268
Citation: Ch. Song et al., MEASUREMENTS OF VOID FRACTION BY AN IMPROVED MULTICHANNEL CONDUCTANCEVOID METER, Nuclear Engineering and Design, 184(2-3), 1998, pp. 269-285
Citation: T. Hibiki et al., LOCAL MEASUREMENT OF INTERFACIAL AREA, INTERFACIAL VELOCITY AND LIQUID TURBULENCE IN 2-PHASE FLOW, Nuclear Engineering and Design, 184(2-3), 1998, pp. 287-304
Citation: H. Nakamura et al., SIMULTANEOUS MEASUREMENT OF LIQUID VELOCITY AND INTERFACE PROFILES OFHORIZONTAL DUCT WAVY FLOW BY ULTRASONIC VELOCITY PROFILE METER, Nuclear Engineering and Design, 184(2-3), 1998, pp. 339-348
Citation: T. Kamei et A. Serizawa, MEASUREMENT OF 2-DIMENSIONAL LOCAL INSTANTANEOUS LIQUID-FILM THICKNESS AROUND SIMULATED NUCLEAR-FUEL ROD BY ULTRASONIC TRANSMISSION TECHNIQUE, Nuclear Engineering and Design, 184(2-3), 1998, pp. 349-362
Citation: T. Fukano, MEASUREMENT OF TIME-VARYING THICKNESS OF LIQUID-FILM FLOWING WITH HIGH-SPEED GAS-FLOW BY A CONSTANT ELECTRIC-CURRENT METHOD (CECM), Nuclear Engineering and Design, 184(2-3), 1998, pp. 363-377
Citation: M. Kawaji, 2-PHASE FLOW MEASUREMENTS USING A PHOTOCHROMIC DYE ACTIVATION TECHNIQUE, Nuclear Engineering and Design, 184(2-3), 1998, pp. 379-392
Citation: A. Cartellier, MEASUREMENT OF GAS-PHASE CHARACTERISTICS USING NEW MONOFIBER OPTICAL PROBES AND REAL-TIME SIGNAL-PROCESSING, Nuclear Engineering and Design, 184(2-3), 1998, pp. 393-408