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Results: 1-8 |
Results: 8
A CALCULATION OF THE RELATIVE BIOLOGICAL EFFECTIVENESS OF I-125 AND PD-103 BRACHYTHERAPY SOURCES USING THE CONCEPT OF PROXIMITY FUNCTION
Authors: WUU CS ZAIDER M
Citation: Cs. Wuu et M. Zaider, A CALCULATION OF THE RELATIVE BIOLOGICAL EFFECTIVENESS OF I-125 AND PD-103 BRACHYTHERAPY SOURCES USING THE CONCEPT OF PROXIMITY FUNCTION, Medical physics, 25(11), 1998, pp. 2186-2189
POTENTIAL DECREASED MORBIDITY OF INTERSTITIAL BRACHYTHERAPY FOR GYNECOLOGIC MALIGNANCIES USING LAPAROSCOPY - A PILOT-STUDY
Authors: CHOI JC INGENITO AC NANDA RK SMITH DH WUU CS CHIN LJ SCHIFF PB
Citation: Jc. Choi et al., POTENTIAL DECREASED MORBIDITY OF INTERSTITIAL BRACHYTHERAPY FOR GYNECOLOGIC MALIGNANCIES USING LAPAROSCOPY - A PILOT-STUDY, International journal of radiation oncology, biology, physics, 39(2), 1997, pp. 301-301
MICRODOSIMETRIC EVALUATION OF RELATIVE BIOLOGICAL EFFECTIVENESS FOR PD-103, I-125, (241)AM, AND IR-192 BRACHYTHERAPY SOURCES
Authors: WUU CS KLIAUGA P ZAIDER M AMOLS HI
Citation: Cs. Wuu et al., MICRODOSIMETRIC EVALUATION OF RELATIVE BIOLOGICAL EFFECTIVENESS FOR PD-103, I-125, (241)AM, AND IR-192 BRACHYTHERAPY SOURCES, International journal of radiation oncology, biology, physics, 36(3), 1996, pp. 689-697
THE COMBINED EFFECTS OF SUBLETHAL DAMAGE REPAIR, CELLULAR REPOPULATION AND REDISTRIBUTION IN THE MITOTIC-CYCLE .1. SURVIVAL PROBABILITIES AFTER EXPOSURE TO RADIATION
Authors: ZAIDER M WUU CS MINERBO GN
Citation: M. Zaider et al., THE COMBINED EFFECTS OF SUBLETHAL DAMAGE REPAIR, CELLULAR REPOPULATION AND REDISTRIBUTION IN THE MITOTIC-CYCLE .1. SURVIVAL PROBABILITIES AFTER EXPOSURE TO RADIATION, Radiation research, 145(4), 1996, pp. 457-466
APPLICATION OF THE HSEF TO ASSESSING RADIATION RISES IN THE PRACTICE OF RADIATION PROTECTION
Authors: BOND VP VARMA M FEINENDEGEN LE WUU CS ZAIDER M
Citation: Vp. Bond et al., APPLICATION OF THE HSEF TO ASSESSING RADIATION RISES IN THE PRACTICE OF RADIATION PROTECTION, Health physics, 68(5), 1995, pp. 627-631
THE EFFECTS OF SUBLETHAL DAMAGE RECOVERY AND CELL-CYCLE PROGRESSION ON THE SURVIVAL PROBABILITY OF CELLS EXPOSED TO RADIOACTIVE SOURCES
Authors: ZAIDER M WUU CS
Citation: M. Zaider et Cs. Wuu, THE EFFECTS OF SUBLETHAL DAMAGE RECOVERY AND CELL-CYCLE PROGRESSION ON THE SURVIVAL PROBABILITY OF CELLS EXPOSED TO RADIOACTIVE SOURCES, British journal of radiology, 68(805), 1995, pp. 58-63
A MATHEMATICAL-DESCRIPTION OF SUBLETHAL DAMAGE REPAIR AND INTERACTIONDURING CONTINUOUS LOW DOSE-RATE IRRADIATION
Authors: WUU CS ZAIDER M
Citation: Cs. Wuu et M. Zaider, A MATHEMATICAL-DESCRIPTION OF SUBLETHAL DAMAGE REPAIR AND INTERACTIONDURING CONTINUOUS LOW DOSE-RATE IRRADIATION, Radiation protection dosimetry, 52(1-4), 1994, pp. 211-215
HIT SIZE EFFECTIVENESS IN RELATION TO THE MICRODOSIMETRIC SITE SIZE
Authors: VARMA MN WUU CS ZAIDER M
Citation: Mn. Varma et al., HIT SIZE EFFECTIVENESS IN RELATION TO THE MICRODOSIMETRIC SITE SIZE, Radiation protection dosimetry, 52(1-4), 1994, pp. 339-346
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