THERMAL DESIGN OF NUCLEAR REACTORS
CONTENTS PART I NUCLEAR REACTOR KINETICS DELAYED NEUTRON AND NUCLEAR REACTOR KINETICS FISSION CHAIN REACTIONS CHANGE IN MULTIPLICATION FACTOR AND NUCLEAR REACTOR KINETICS PROMPT NEUTRON AND DELAYED NEUTRON KINETIC PARAMETERS POINT REACTOR KINETICS POINT REACTOR KINETICS EQUATIONS SOLUTION FOR PROMPT SUPERCRITICAL REACTOR THE INHOUR EQUATION ONE GROUP OF DELAYED NEUTRON APPROXIMATION APPROXIMATION WITH THE CONSTANT DELAYED NEUTRON GENERATION RATE PROMPT JUMP APPROXIMATION KINETICS IN SUBCRITICAL STATE TEMPERATURE EFFECT OF REACTIVITY REACTOR WITH REACTIVITY FEEDBACK REACTIVITY COEF?CIENT FUEL TEMPERATURE COEF?CIENT (DOPPLER COEF?CIENT) REACTIVITY COEF?CIENT OF MODERATOR AND COOLANT REACTIVITY COEF?CIENTS OF THE FAST REACTOR POWER DEFECT OF REACTIVITY TEMPERATURE FEEDBACK MODEL KINETICS PARAMETERS AND REACTIVITY MEASUREMENT EXPERIMENTS CRITICAL APPROACH EXPERIMENT (INVERSE MULTIPLICATION COEF?CIENT METHOD) CALIBRATION OF CONTROL RODS PERIOD METHOD CONTROL ROD DROP METHOD COMPARISON METHOD NEUTRON SOURCE MULTIPLICATION METHOD NEUTRON SOURCE PULL-OUT METHOD PULSED NEUTRON TECHNIQUE CONTROL ROD OSCILLATOR TECHNIQUE REACTOR NOISE ANALYSIS TECHNIQUE FEYNMAN-A METHOD ROSSI-A METHOD PART II ACTUAL NUCLEAR REACTOR PLANT CONTROL CONTROL SYSTEM BASICS AND PID CONTROL BASIC CON?GURATION OF CONTROL SYSTEM TRANSFER FUNCTION COMPONENT TRANSFER FUNCTION THE TRANSFER FUNCTION IN FEEDBACK CONTROL SYSTEMS STABILITY AND PERFORMANCE EVALUATION OF STABILITY EVALUATION OF CONTROL PERFORMANCE DESIGN METHOD OF CONTROL SYSTEMS DESIGN PROCEDURE EVALUATING CHARACTERISTICS OF THE CONTROL SYSTEM PID CONTROL AND PARAMETER TUNING TECHNIQUE PID CONTROL TUNING METHODS OF PID CONTROL IMPLEMENTING THE PID CONTROL RULE DESIGN EXAMPLES DESIGN SPECI?CATIONS STATIC CHARACTERISTICS DYNAMIC CHARACTERISTICS CONTROL SYSTEM DESIGNING AND STABILITY MARGIN EVALUATION OF CONTROL CHARACTERISTICS BIBLIOGRAPHY REACTOR STABILITY STUDY REACTOR TRANSFER FUNCTION TRANSFER FUNCTION OF REACTOR WITH NO FEEDBACK TRANSFER FUNCTION OF HIGH-OUTPUT REACTOR HAVING THE FEEDBACK REACTIVITY DESIGN EXAMPLE OF CONSTANT OUTPUT CONTROL SYSTEM OF A HIGH-OUTPUT REACTOR NUCLEAR THERMAL-HYDRAULIC STABILITY OF THE BOILING WATER REACTOR STABILITY OF BWR PLANT CHANNEL STABILITY CORE STABILITY AREA STABILITY STABILITY MEASURES XENON STABILITY STABILITY BASED ON ONE-POINT CORE APPROXIMATION MODEL XENON STABILITY BY CONSIDERING THE SPACE DISTRIBUTION ACTUAL OPERATION CONTROL OF BOILING WATER REACTOR OVERVIEW OF THE PLANT REACTOR PRESSURE VESSEL AND REACTOR EQUIPMENTS THE REACTOR PRIMARY SYSTEM ENGINEERED SAFETY FEATURES REACTOR AUXILIARY SYSTEMS TURBINE AND GENERATOR EQUIPMENTS FEED-WATER SYSTEM INSTRUMENTATION AND CONTROL DEVICES ELECTRICAL SYSTEM OPERATION CONTROL METHODS OF THE BWR PRINCIPLE OF POWER CONTROL PLANT CONTROL OPERATION CONTROL DURING PLANT STARTUP/SHUTDOWN OPERATION BASIC POINTS ABOUT PLANT STARTUP/SHUTDOWN PLANT STARTUP OPERATION OF THE BWR PLANT SHUTDOWN OPERATION OF THE BWR OPERATION CONTROL DURING STEADY OPERATION CONTROL WHEN LOAD FLUCTUATION OR ABNORMAL CONDITIONS OCCUR CONTROL WHEN LOAD FLUCTUATION OCCURS CONTROL WHEN ABNORMAL CONDITION OCCURS CENTRAL CONTROL PANEL OPERATION MONITORING FUNCTION ACTUAL OPERATION AND CONTROL OF PRESSURIZED WATER REACTOR METHOD OF OPERATION CONTROL OF PWR OPERATION CONTROL WHEN STARTING/STOPPING THE PWR PLANT STARTUP OPERATION PLANT SHUTDOWN OPERATION AUTOMATIC CONTROL SYSTEM AND NORMAL OPERATION AUTOMATIC CONTROL SYSTEM OPERATION IN NORMAL CONDITIONS BEHAVIOR AND OPERATION OF THE PLANT WHEN LOAD CHANGES BEHAVIOR WHEN LOAD DECREASES RAPIDLY ABILITY TO SWITCH TO IN-HOUSE SINGLE OPERATION OPERATION AFTER THE SINGLE OPERATION BEHAVIOR AND OPERATION OF THE PLANT IN CASE OF AN ACCIDENT REACTOR PROTECTION SYSTEM AND ENGINEERED SAFETY FEATURES OVERVIEW OF A STEAM GENERATOR TUBE RUPTURE EVENT ANALYSIS OF THE ACCIDENT PROCESS NEW TYPE OF CENTRAL CONTROL PANEL CON?GURATION OF NEW TYPE OF CENTRAL CONTROL PANEL METHOD FOR OPERATING DEVICES (HSI) ACTUAL OPERATION AND CONTROL OF FAST REACTOR OVERVIEW OF PROTOTYPE REACTOR FOR MONJU FAST BREEDING PLANT CONTROL SYSTEM EQUIPMENT OVERVIEW OF CONTROL SYSTEM BASIC FUNCTIONS OF CONTROL SYSTEM SUB-SYSTEMS OPERATION CONTROL OF MONJU CONCEPT OF OPERATION CONTROL AT THE TIME OF PLANT OUTPUT CHANGE OPERATION CONTROL IN PLANT STARTUP OPERATION OPERATION CONTROL DURING PLANT SHUTDOWN OPERATION FUNCTIONS REQUIRED FOR THE CENTRAL CONTROL MONITORING SYSTEM OVERVIEW OF CENTRAL MONITORING CONTROL SYSTEM ACTUAL OPERATION AND CONTROL OF HIGH-TEMPERATURE ENGINEERING TEST REACTOR OVERVIEW OF HIGH-TEMPERATURE ENGINEERING TEST REACTOR REACTOR CORE MANAGEMENT MEASUREMENT OF CONTROL ROD WORTH CORE MANAGEMENT PARAMETERS AND METHOD OPERATION CONTROL WHEN STARTING/STOPPING OPERATION CONTROL DURING TESTING CONDITION NEW CONTROL THEORY AND ITS APPLICATION EXPRESSING A SYSTEM WITH STATE EQUATIONS OPTIMAL REGULATOR FORMULATION OF CONTROL PROBLEMS AND EVALUATION FUNCTIONS OPTIMAL FEEDBACK CONTROLLER EASY DESIGN EXAMPLE H1 CONTROL H1 NORM FORMULATION AND SOLUTION OF H1 CONTROL APPLICATION EXAMPLE TO REACTOR CONTROL APPLICATION OF ARTI?CIAL INTELLIGENCE EXPERT SYSTEM NEURAL NETWORK FUZZY CONTROL ANSWERS TO EXERCISES