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Results: 1-15 |
Results: 15
THE 4-PI-FRAGMENT-SPECTROMETER FOBOS
Authors: ORTLEPP HG WAGNER W HERBACH CM ALEKSANDROV AA ALEKSANDROVA IA ANDRASSY M BUDZANOWSKI A CZECH B DANZIGER M DIETTERLE L DORONIN VN DSHEMUCHADSE S FOMICHEV AS FROMM WD GEBHARDT M GIPPNER P HEIDEL K HEINITZ S HOMEYER H IVANOVSKY SA KAMANIN DV KOLESOV IV MATTHIES A MAY D MERZLYAKOV SI VONOERTZEN W OGANESSIAN YT PAUSCH G PENIONZHKEVICH SI PYATKOV YV RADNEV SV RENZ G RUBINSKAYA LA SANDREV ID SCHILLING KD SEIDEL W SHISHKIN DI SIROTIN AP SODAN H STREKALOVSKY OV TISHCHENKO VG TROFIMOV VV TSURIN IP UMLAUF C VAKATOV DV VASKO VM VITENKO VA WILL E WILPERT M YANEZ R ZHUCHKO VE ZIEM P ZRODLOWSKI L
Citation: Hg. Ortlepp et al., THE 4-PI-FRAGMENT-SPECTROMETER FOBOS, Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 403(1), 1998, pp. 65-97
PROBABILITY OF FISSION INDUCED BY 1.2 GEV ANTIPROTONS
Authors: SCHMID S SCHMID W HARTMANN FJ VONEGIDY T HILSCHER D BOHNE W FIGUERA P GOLDENBAUM F JAHNKE U POLSTER D ZIEM P GALIN J LOTT B MORJEAN M PEGHAIRE A QUEDNAU B GULDA K JASTRZEBSKI J KURCEWICZ W PIENKOWSKI L PAUSCH G EADES J ILJINOV AS MEBEL MV
Citation: S. Schmid et al., PROBABILITY OF FISSION INDUCED BY 1.2 GEV ANTIPROTONS, ZEITSCHRIFT FUR PHYSIK A-HADRONS AND NUCLEI, 359(1), 1997, pp. 27-33
HEATING NUCLEI WITH HIGH-ENERGY ANTIPROTONS
Authors: LOTT B BOHNE W EADES J VONEGIDY T FIGUERA P FUCHS H GALIN J GOLDENBAUM F GOLUBEVA YS GULDA K HILSCHER D ILJINOV AS JAHNKE U JASTRZEBSKI J KURCEWICZ W MORJEAN M PAUSCH G PEGHAIRE A PIENKOWSKI L POLSTER D PROSCHITZKI S QUEDNAU B ROSSNER H SCHMID S SCHMID W ZIEM P
Citation: B. Lott et al., HEATING NUCLEI WITH HIGH-ENERGY ANTIPROTONS, Nuclear physics. B, 1997, pp. 114-117
A COMBINED MODULE FOR DETECTING CHARGED-PARTICLES IN A WIDE DYNAMIC-RANGE
Authors: ALEKSANDROV AA ALEKSANDROVA IA ANDRASSY M WAGNER W GIPPNER P DZHEMUKHADZE S PAUSCH G KAMANIN DV MATTHEWS A ORTLEPP HG STREKALOVSKII OV
Citation: Aa. Aleksandrov et al., A COMBINED MODULE FOR DETECTING CHARGED-PARTICLES IN A WIDE DYNAMIC-RANGE, Instruments and experimental techniques, 40(2), 1997, pp. 170-174
LIMITATIONS OF THE PULSE-SHAPE TECHNIQUE FOR PARTICLE DISCRIMINATION IN PLANAR SI DETECTORS
Authors: PAUSCH G MOSZYNSKI M BOHNE W CEDERKALL J GRAWE H KLAMRA W LAMPERT MO ROHR P SCHUBART R SEIDEL W WOLSKI D
Citation: G. Pausch et al., LIMITATIONS OF THE PULSE-SHAPE TECHNIQUE FOR PARTICLE DISCRIMINATION IN PLANAR SI DETECTORS, IEEE transactions on nuclear science, 44(3), 1997, pp. 1040-1045
PRODUCTION AND DECAY OF HOT NUCLEI FOLLOWING ANTIPROTON ANNIHILATION AT REST AND IN-FLIGHT
Authors: JAHNKE U BOHNE W EADES J VONEGIDY T FIGUERA P FUCHS H GALIN J GOLDENBAUM F GULDA K GOLUBEVA YS HARTMANN FJ HILSCHER D ILJINOV AS JASTRZEBSKI J KURCEWICZ W LOTT B MORJEAN M PAUSCH G PEGHAIRE A PIENKOWSKI L POLSTER D PROSCHITZKI S QUEDNAU B ROSSNER H SCHMID S SCHMID W
Citation: U. Jahnke et al., PRODUCTION AND DECAY OF HOT NUCLEI FOLLOWING ANTIPROTON ANNIHILATION AT REST AND IN-FLIGHT, Physics of atomic nuclei, 59(9), 1996, pp. 1567-1576
HEATING OF NUCLEI WITH ENERGETIC ANTIPROTONS
Authors: GOLDENBAUM F BOHNE W EADES J VONEGIDY T FIGUERA P FUCHS H GALIN J GOLUBEVA YS GULDA K HILSCHER D ILJINOV AS JAHNKE U JASTRZEBSKI J KURCEWICZ W LOTT B MORJEAN M PAUSCH G PEGHAIRE A PIENKOWSKI L POLSTER D PROSCHITZKI S QUEDNAU B ROSSNER H SCHMID S SCHMID W ZIEM P
Citation: F. Goldenbaum et al., HEATING OF NUCLEI WITH ENERGETIC ANTIPROTONS, Physical review letters, 77(7), 1996, pp. 1230-1233
IDENTIFICATION OF LIGHT CHARGED-PARTICLES AND HEAVY-IONS IN SILICON DETECTORS BY MEANS OF PULSE-SHAPE DISCRIMINATION
Authors: PAUSCH G ORTLEPP HG BOHNE W GRAWE H HILSCHER D MOSZYNSKI M WOLSKI D SCHUBART R DEANGELIS G DEPOLI M
Citation: G. Pausch et al., IDENTIFICATION OF LIGHT CHARGED-PARTICLES AND HEAVY-IONS IN SILICON DETECTORS BY MEANS OF PULSE-SHAPE DISCRIMINATION, IEEE transactions on nuclear science, 43(3), 1996, pp. 1097-1101
MULTIFRAGMENTATION STUDY ON 30 AMEV S-32-58(NI)
Authors: SIWEK A SOURELL A BUDZANOWSKI A FUCHS H HOMEYER H PAUSCH G SCHWARZ C TERLAU W TUTAY A
Citation: A. Siwek et al., MULTIFRAGMENTATION STUDY ON 30 AMEV S-32-58(NI), ZEITSCHRIFT FUR PHYSIK A-HADRONS AND NUCLEI, 350(4), 1995, pp. 327-341
TEMPORAL AND THERMAL-PROPERTIES OF INTERMEDIATE-MASS FRAGMENTS FROM THE S-32-58 REACTION AT 30 AMEV(NI)
Authors: TUTAY A BUDZANOWSKI A FUCHS H HOMEYER H PAUSCH G SCHWARZ C SIWEK A TAYMAZ A
Citation: A. Tutay et al., TEMPORAL AND THERMAL-PROPERTIES OF INTERMEDIATE-MASS FRAGMENTS FROM THE S-32-58 REACTION AT 30 AMEV(NI), ACT PHY P B, 26(8), 1995, pp. 1413-1422
FIRST EXPERIMENTS WITH FOBOS
Authors: ALEKSANDROV AA ALEKSANDROVA IA ANDRASSY M DIETTERLE L DORONIN VN GIPPNER P HERBACH CM HILSCHER D IVANOVSKY SI MATTHIES A MAY D ORTLEPP HG PAUSCH G PENIONZHKEVICH YE POKROVSKY VN RENZ G SCHILLING KD SHISHKIN DI SHUCHKO VE STREKALOVSKY OV TROFIMOV VV UMLAUF C VAKATOV DV VASKO VM WAGNER W
Citation: Aa. Aleksandrov et al., FIRST EXPERIMENTS WITH FOBOS, Nuclear physics. A, 583, 1995, pp. 465-468
APPLICATION OF THE PULSE-SHAPE TECHNIQUE TO PROTON-ALPHA DISCRIMINATION IN SI-DETECTOR ARRAYS
Authors: PAUSCH G MOSZYNSKI M WOLSKI D BOHNE W GRAWE H HILSCHER D SCHUBART R DEANGELIS G DEPOLI M
Citation: G. Pausch et al., APPLICATION OF THE PULSE-SHAPE TECHNIQUE TO PROTON-ALPHA DISCRIMINATION IN SI-DETECTOR ARRAYS, Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 365(1), 1995, pp. 176-184
MULTIFRAGMENTATION IN THE REACTION S-32-58 AT 30 AMEV(NI)
Authors: SIWEK A BUDZANOWSKI A FUCHS H HOMEYER H KANTOR W PAUSCH G ROESCHERT G SCHWARZ C SOURELL A TERLAU W TUTAY A
Citation: A. Siwek et al., MULTIFRAGMENTATION IN THE REACTION S-32-58 AT 30 AMEV(NI), ACT PHY P B, 25(3-4), 1994, pp. 765-771
PARTICLE IDENTIFICATION IN A WIDE DYNAMIC-RANGE BASED ON PULSE-SHAPE ANALYSIS WITH SOLID-STATE DETECTORS
Authors: PAUSCH G BOHNE W HILSCHER D ORTLEPP HG POLSTER D
Citation: G. Pausch et al., PARTICLE IDENTIFICATION IN A WIDE DYNAMIC-RANGE BASED ON PULSE-SHAPE ANALYSIS WITH SOLID-STATE DETECTORS, Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 349(1), 1994, pp. 281-284
PARTICLE IDENTIFICATION IN SOLID-STATE DETECTORS BY MEANS OF PULSE-SHAPE ANALYSIS - RESULTS OF COMPUTER-SIMULATIONS
Authors: PAUSCH G BOHNE W HILSCHER D
Citation: G. Pausch et al., PARTICLE IDENTIFICATION IN SOLID-STATE DETECTORS BY MEANS OF PULSE-SHAPE ANALYSIS - RESULTS OF COMPUTER-SIMULATIONS, Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 337(2-3), 1994, pp. 573-587
Risultati: 1-15 |