원문정보
몬테칼로 방법에 의한 차폐체 건전성 검증코드 개발
피인용수 : 0건 (자료제공 : 네이버학술정보)
목차
Abstract
1. Introduction
2. Ceometrical Model and Source Parameters
3. Particle Transport in Shield Region
A. Determination of the Path Length and the Collision Parameter
B. Determination of Parameters after Collision
4. Particle Transport in Detector REgion
A. Determination of Initial Coordinates
B. Determination of Path Length and Collision parameter
C. Determination of Parameters after Collision
D. Slowing Dwon of Charged Particles
E. Simulation of Bremisstrahiung
5. Results and Discussion
REFERENCES
요약
1. Introduction
2. Ceometrical Model and Source Parameters
3. Particle Transport in Shield Region
A. Determination of the Path Length and the Collision Parameter
B. Determination of Parameters after Collision
4. Particle Transport in Detector REgion
A. Determination of Initial Coordinates
B. Determination of Path Length and Collision parameter
C. Determination of Parameters after Collision
D. Slowing Dwon of Charged Particles
E. Simulation of Bremisstrahiung
5. Results and Discussion
REFERENCES
요약
저자정보
참고문헌
자료제공 : 네이버학술정보