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Fast pulsed and burst reactors : a comprehensive account of the physics of both single burst and repetitively pulsed reactors /
Fast Pulsed and Burst Reactors.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés Ruso |
| Publicado: |
Oxford ; New York :
Pergamon Press,
1979.
|
| Edición: | 1st ed. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- 2.3. Power burst, taking account of the mechanical inertia of the reactor experimental data; 2.4. Effect of reflectors and moderators on the burst parameters; 2.5. Delayed neutrons and the tail of the burst; Chapter 3. Effects of Thermal Shock in Fast Neutron Pulsed Reactors; 3.1. Qualitative consideration of thermal shock phenomena; Methods of analysis; 3.2. One-dimensional analysis of some simple shapes; 3.3. Analytical calculation of inertial stresses in the structural components of a pulsed reactor; 3.4. Numerical solutions of the dynamic equations of thermoelasticity
- 3.5. Comparison of calculated and experimental data on thermal shock3.6. The strength of the reactor components under thermal shock conditions; Chapter 4. Periodic Pulsed Reactors (PPR); 4.1. Operating principles and special features of PPR; 4.2. IBR and IBR-30 Reactors; 4.3. IBR-2 Reactor; 4.4. Other PPR and projects; Chapter 5. Neutronics Theory of Periodic Pulsed Reactors; 5.1. Equilibrium regime of steady-state operation of PPR (statics); 5.2. Nonequilibrium operation of PPR (kinetics); 5.3. Neutron multiplication factor in the pulse
- 5.4. Detailed calculation of a PPR power pulse in the one-point kinetics model5.5. Applicability of the one-point kinetics model to the calculation of PPR; other space-energy kinetics models; 5.6. Power pulse in a subcritical reactor; Chapter 6. Reactivity Modulation in Periodic Pulsed Reactors (PPR); 6.1. General description of reactivity modulators; 6.2. Parabolic coefficient and reactivity swing; 6.3. Calculation of the parabolic coefficient of reactivity by the Monte-Carlo method; 6.4. Secondary power pulses. Choice of frequency of rotation of the auxiliary reactivity modulator (ARM)
- 6.5. Some special types of reactivity modulationChapter 7. Fluctuations in a Periodic Pulsed Reactor; 7.1. Stochastic burst fluctuations; 7.2. Burst fluctuations, caused by reactivity oscillations (without taking account of feedback); 7.3. Power fluctuations in the presence of feedback (fluctuations at a high average power level); Chapter 8. Principles and Problems of Control and Safety of PPR; 8.1. Startup of PPR; 8.2. Power control; 8.3. Principles of safeguarding PPR and controlling parameters; Chapter 9. Boosters; 9.1. Elementary neutron kinetics of a booster