원문정보
피인용수 : 0건 (자료제공 : 네이버학술정보)
목차
Abstract
BACKGROUND AND DEVELOPMENT METHOD
FEATURES OF THE PROGRAM
1. Point Kernel 15 Fixed Geometry
2. Analysis for 98 Shield Materials and Compounds
3. Application of Geometric Progression (GP) Building Factors
4. Estimation of Effective'Equivalent Dose to 18 Organs from various Exposure Directions
5. Evaluation for 550 Nuclide Decayu Data/0.01~10 MeV Gamma Energy Range
6. Sensitivity Analysis
7. Three Dimensional Visualization and Graphic Analysis
8. Advanced Graphic user Interfaces
BASIC MODELS AND DATA LIBRARY
1. Point Kernel Shielding Analysis Method
2. Mass Attenuation Coefficients
3. Buildup Factors
4. Flux-to-Dose Conversion Factors
GRAPHICAL USER INTERFACES
1. Input Preparation and 3-D Models
2. Analyzing Output Results
CODE VALIDATION AND SAMPLE CALCULATIONS
1. Point Source Problems
2. ANSI/ANS 6.61 Reference Problems
3. Purification Filter Shielding Problem
CONCLUSIONS
REFEREN CES
BACKGROUND AND DEVELOPMENT METHOD
FEATURES OF THE PROGRAM
1. Point Kernel 15 Fixed Geometry
2. Analysis for 98 Shield Materials and Compounds
3. Application of Geometric Progression (GP) Building Factors
4. Estimation of Effective'Equivalent Dose to 18 Organs from various Exposure Directions
5. Evaluation for 550 Nuclide Decayu Data/0.01~10 MeV Gamma Energy Range
6. Sensitivity Analysis
7. Three Dimensional Visualization and Graphic Analysis
8. Advanced Graphic user Interfaces
BASIC MODELS AND DATA LIBRARY
1. Point Kernel Shielding Analysis Method
2. Mass Attenuation Coefficients
3. Buildup Factors
4. Flux-to-Dose Conversion Factors
GRAPHICAL USER INTERFACES
1. Input Preparation and 3-D Models
2. Analyzing Output Results
CODE VALIDATION AND SAMPLE CALCULATIONS
1. Point Source Problems
2. ANSI/ANS 6.61 Reference Problems
3. Purification Filter Shielding Problem
CONCLUSIONS
REFEREN CES
저자정보
참고문헌
자료제공 : 네이버학술정보