
Nuclear Physics. Part B
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Content
- Front Cover
- Nuclear Physics
- Copyright Page
- Contents, Volume 5, Part B
- Contributors to Volume 5, Part B
- Contributors to Volume 5, Part A
- Contents, Volume 5, Part A
- Chapter 2. Methods for the Determination of Fundamental Physical Quantities
- 2.3. Determination of Mass of Nuclei and of Individual Particles
- 2.4. Determination of Spin, Parity, and Nuclear Moments
- 2.5. Determination of the Polarization of Electrons and Photons
- 2.6. Determination of Life-Time
- 2.7. Determination of Nuclear Reactions
- 2.8. Determination of Flux and Densities
- Chapter 3. Sources of Nuclear Particles and Radiations
- 3.1. Radioactive Sources
- 3.2. Artificial Sources
- Chapter 4. Beam Transport Systems
- 4.1. Introduction
- 4.2. Beam Bending and Focusing Systems
- 4.3. Beam Separators
- 4.4. Some Examples of Beam Transport Systems
- Chapter 5. Statistical Fluctuations in Nuclear Processes
- 5.1. Frequency Distributions
- 5.2. Statistical Characterization of Data
- 5.3. Composite Distributions
- 5.4. Tests for Goodness of Fit
- 5.5. Applications of Poisson Statistics to Some Instruments Used in Nuclear Physics
- 5.6. Useful Inefficient Statistics
- Appendix 1
- 1. Evaluation of Measurement
- 2. Errors
- 3. Statistical Methods
- 4. Direct Measurements
- 5. Indirect Measurement
- 6. Preliminary Estimation
- 7. Errors of Computation
- Appendix 2. Kinematics
- 1. Equations for the Lorentz Transformation from the Laboratory System to Center-of-Mass System
- The Jacobian for Particle Reactions
- 2. Maximum Angle Criterion for the Identification of Outcoming Particles in Fundamental Collisions
- 3. Kinematics of Two-Body Decay
- 4. Threshold Energies for Associated Production of Unstable Particles
- 5. Phase Space Factors for Two- and Three-Particle Final States
- Appendix 3. Properties of Elementary Particles and Particle Resonance States
- Table 1
- Table 2
- Table 3
- Author Index
- Subject Index
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