Regional Basic Professional Training Course in Korea

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1. Nuclear Reactor Principles ❙ 7 ❙ 1. Nuclear Reactor Principles 1.1. OVERVIEW OF NUCLEAR PHYSICS AND RADIOACTIVITY 1.1.1. Radioactivity Matter is the name given to the materials of which the universe is composed. It exists in four physical forms: solids, liquids, gasand plasma. All matter is found to consist in a number of simple substances called elements. Elements are substances, which cannot be broken down by ordinary chemical means into simpler, smaller substances. There are 90 naturally occurring elements on earth, such as oxygen. In nature, elements are usually chemically linked to form compounds, which consist of two or more elements linked in definite proportions, like water, H2O, which consists of two atoms of hydrogen and one atom of oxygen. Elements are made up of atoms. The atom is made up of neutrons and protons tightly
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Table 2.1. Radiation Weighting Fact
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Regional Basic Professional Trainin
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3. Basic Principles Of Nuclear Safe
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3.5. ROLE OF SUCCESSIVE BARRIERS IN
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❙ 127 ❙ 3. Basic Principles Of
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Safety Requirements; and, Safety Gu
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NUSSC Nuclear Safety Standards Comm
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A detailed analysis of the objectiv
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3.2.4. Technical aspects of safety
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are of very low probability. ❙ 15
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3.2.5. Verification of safety ❙ 1
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Efficient control of the chain reac
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First level: prevention of abnormal
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Quality control Fig. 5 Defense in d
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Fission product decay ❙ 175 ❙ 3
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Neutron activation of other materia
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Cladding failure ❙ 181 ❙ 3. Bas
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Evacuation ❙ 189 ❙ 3. Basic Pri
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criteria, regulations and guides;
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carried out; (11) Define liabilitie
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authorization and periodically duri
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(2) Public and occupational health;
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activity; ❙ 203 ❙ 3. Basic Prin
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egulatory framework is established;
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4. Design Of Nuclear Reactors Regio
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Fig.4.1. Concept of Defence‐in‐
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C O N T E N T S | Table of Contents
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5. Siting Considerations ❙ 309
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❙ 311 ❙ 5. SITING CONSIDERATION
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evaluated. ❙ 315 ❙ 5. SITING CO
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5.1.4. Population and emergency pla
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determine their liquefaction potent
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5.3.3.1. Marine floods ❙ 335 ❙
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and its time of arrival at the site
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Dry deposit The rate of dry deposit
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etention of radioelements by sedime
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5.6.1. General 5.6. DEMOGRAPHY AND
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6. Safety Classification Of Structu
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6.5. ELECTRICAL EQUIPMENT CLASSIFIC
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C O N T E N T S 7.1. NUCLEAR QUALIT
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7.1.1. Definition 7. Quality Assura
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independence of inspection. ❙ 413
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❙ 415 ❙ 7. Quality Assurance 7.
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7.2.3. Statute Related to Review an
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6. Document control 7. Control of p
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1. ‥‥‥‥‥‥‥ : : 17. In
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Operator Production Specializatio n
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￭ CSA N286.3: Construction and In
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Table 1. Comparison of nuclear qual
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❙ 429 ❙ 7. Quality Assurance (2
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systems and components. ❙ 431 ❙
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❱ Article 78 (Test Control) ❙ 4
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❙ 439 ❙ 7. Quality Assurance (h
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❙ 441 ❙ 7. Quality Assurance co
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❙ 443 ❙ 7. Quality Assurance ot
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❙ 445 ❙ 7. Quality Assurance Su
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❙ 447 ❙ 7. Quality Assurance in
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7.4.1. Introduction 7.4. QUALITY AS
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7.4.3. Type of Audit ❙ 451 ❙ 7.
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❙ 453 ❙ 7. Quality Assurance Qu
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❙ 455 ❙ 7. Quality Assurance re
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❙ 457 ❙ 7. Quality Assurance ap
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7.5.1.2 Inspection Methods and Cont
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KINS/PI‐QM‐20 Welder qualificat
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8-A. Deterministic Accident Analysi
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| List of Tables | Table 8.1 Event
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Figure 8.8‐11 Core Level of 0.5 f
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C O N T E N T S 9.1. BASIC CONCEPT
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9.1.1. Background 9. Probabilistic
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❙ 561 ❙ 9. Probabilistic Safety
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that are important for safety and d
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Some typical uses of level 2 PSA ar
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Release of fission products during
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e indicated according to their spec
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several pumps due to an inappropria
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Parts common to a number of systems
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9.4.3. Level 1 - level 2 interface
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In-vessel processes during the late
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y data, analyses and consideration
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examples of useful insights of PSAs
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Assessment -vs- demonstration. PSA
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✼✼✼ REFERENCES ✼✼✼ ❙
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10-A. Limiting Conditions for Opera
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Table 10.2 Operational Modes of Ulj
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C O N T E N T S 11.1. THE HUMAN FAC
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11. Human Performance: A Perspectiv
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Methods Questions/Evaluations propo
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documented by pencil goes through.
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B. Model of Mistake 11. Human Perfo
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C. Model of Slips 11. Human Perform
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They can belong to one of these fam
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12. Surveillance Programmes 12.1. C
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12.2.2. Surveillance of integrity o
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Containment spray systems; Chemical
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High energy piping and associated p
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failure of which might put in jeopa
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The grading criteria for detection
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12.4.1. General 12.4. IMPLEMENTATIO
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monitors are part of the safety sys
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inspection. ❙ 789 ❙ 12. Surveil
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12.5.4. Example of Regulatory Inspe
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maximum flow in addition to rated f
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C O N T E N T S 1. The Overview of
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15. Operational Safety Regional Bas
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15.3. OPERATING ORGANIZATION AT KOR
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16. In‐Plant Accident Management
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16.5.3. Reference source terms Tabl
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17. Radiological Emergency Planning
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2. Emergency Classification and Res
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19. Decommissioning 19.1. IAEA SAFE
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from regulatory control. ❙ 999
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❙ 1001 ❙ 19. Decommissioning as
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material (of the order of 300 μSv
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methods of decommissioning the nucl
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✼✼✼ REFERENCES ✼✼✼ ❙
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20. Waste Management Regional Basic
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20. Waste Management 20.1. INTRODUC
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shall be appropriately taken into a
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20.5.3. Solidification of waste The
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Nuclide Half‐life Decay character
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For disposal of LILW from NPPs, the
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❙ 1039 ❙ 20. Waste Management c
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C O N T E N T S 21.1. DEFINITION AN
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Licensing Process of Nuclear Facili
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C O N T E N T S 1. Introduction to
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Introduction Of e‐FAST and Exerci
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❙ 1145 ❙ Introduction Of e‐FA
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[Fig. 1.6] Schematic of RCS(Reactor
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[Fig. 1.9] Schematic diagram of BOP
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2.1.3. e‐FAST Function [Fig. 2.3]
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2.2 USER MANUAL 2.2.1. General Guid
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[Fig. 2.4] e‐FAST for KSNP 2.2.2.
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14.1~2 Main Steam Line Break Inside
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Summary [Fig. 2.6] Trend graph of v
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[Table 3.1] Simulation result for p
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[Fig. 3.1] Trend of major system pa
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[Fig. 3.3]Trend of major system par
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Nuclear Safety Information Center (
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| List of Tables | Table 1. Informa
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Operational Performance Information
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2.5. References Operational Perform
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