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["전문도서 보유목록"]
["기간 : 2020.01.01 ~ 2020.12.31"]
["순번","도서명","발행처","저자","발행년도"]
[1,"SAE AMS2262H(AEROSPACE MATERIAL SPECIFICATION) SAE","SAE","SAE","2019"]
[2,"ANSI/ANS 59.51 : fuel oil systems for standby diesel-generators","ANSI.","ANSI.","1976"]
[3,"ANSI/ANS 59.51(R2007) : fuel oil systems for safety-related emergency diesel generators","ANSI.","ANSI.","1997"]
[4,"Meyer fire 2018 PE Prep Guide","Meyer fire","Meyer","2018"]
[5,"ASME-B31.3-1973 : Petroleum Refinery Piping","ASME","ASME","1973"]
[6,"ASME-B31.3-2018 : Process Piping","ASME","ASME","2018"]
[7,"소프트웨어 품질관리 실무가이드 : 프로젝트 성공을 이끄는 소프트웨어 품질관리","프리렉","정보통신산업진흥원","2019"]
[8,"ISO 26142 Hydrogen detection apparatus Stationary applications","ISO","ISO","2010"]
[9,"ISO 22734 Hydrogen generators using water electrolysis-Industrial, commercial, and residential applications","ISO","ISO","2019"]
[10,"ISO/TS 19883 Safety of pressure swing adsorption systems for hydrogen separation and purification","ISO","ISO","2017"]
[11,"ISO 16110-1 Hydrogen generators using fuel processing technologies Part 1:Safety","ISO","ISO","2007"]
[12,"ISO 16110-2 Hydrogen generators using fuel processing technologies Part 2 Test methods for performance","ISO","ISO","2010"]
[13,"ISO/TR 15916 Basic considerations for the safety of hydrogen systems","ISO","ISO","2015"]
[14,"UL 1 : UL 1 Standard for Safety Flexible Metal Conduit","UL.","UL.","2005"]
[15,"KS B 0802-2018 : 한국산업규격 금속재료 인장 시험방법(KS B 0802:2003)2018확인","한국산업규격.","한국산업규격.","2018"]
[16,"HR CHAMPIONS","미래경영개발연구소","데이브 얼리치","2003"]
[17,"HR CHAMPIONS","미래경영개발연구소","데이브 얼리치","2003"]
[18,"Combustion Science and Engineering","CRC Press","Kalyan Annamalai, Ishwar K. Puri","2007"]
[19,"IEEE C37.09-1999 : IEEE Standard Test Procedure for AC High-Voltage Circuit Breakers Rated on a Symmetrical Current Basis","IEEE.","IEEE.","1999"]
[20,"Introduction to Biomass Energy Conversions","CRC Press","Sergio C. Capareda","2014"]
[21,"ISO/IEC 9899 Information technology-Programming languages-C","ISO/IEC","ISO/IEC","2018"]
[22,"RCC-CW : Rules for Design and Construction of PWR Nuclear Civil Works","AFCEN","AFCEN","2019"]
[23,"Offshore Wind Farms(Technologies, Design and Operation)","ELSEVIER WOODHEAD PUBLISHING.","Chong Ng, Li Ran","2016"]
[24,"한전공대와 대학의 미래","한국전력공사","한국전력공사 한전공대설립단","2020"]
[25,"건축설비기사 이론문제","기문사","조성안","2020"]
[26,"공조냉동기계기사 필기 과년도 7주 완성(2020)","엔플북스","이재운, 유기창","2020"]
[27,"임재기의 공조냉동기계기사 실기","이패스코리아","임재기","2019"]
[28,"Best 공조냉동기계기사 실기","일진사","김증식","2020"]
[29,"냉동공학","세진사","홍성은","2019"]
[30,"발전소 터빈과 전력계통 주파수제어(대한민국 전력산업의 싱크탱크 전력연구원이 이야기하는)","기다리","최인규","2019"]
[31,"건축설비 기사.산업기사 관계법규","기문사","조성안","2020"]
[32,"DNVGL-ST-F101 Submarine pipeline systems-Incorporates Amendment: December 2017","DNVGL","DNVGL","2017"]
[33,"Decision Making Applications in Modern Power Systems","ELSEVIER ACADEMIC PRESS.","Shady H.E. Abdel Aleem","2020"]
[34,"Floating PV Plants","ELSEVIER ACADEMIC PRESS.","MARCO ROSA-CLOT","2020"]
[35,"The Commissioning Process for Smoke Control Systems(ASHRAE Guideline 1.5-2017)","ASHRAE","ASHRAE","2017"]
[36,"Commissioning Process for Buildings and Systems(ASHRAE 202-2018)","ASHRAE","ASHRAE","2018"]
[37,"Standard Practice for inspection and Maintenance of Commercial building HVAC systems(ASHRAE 180-2018)","ASHRAE","ASHRAE","2018"]
[38,"HVAC&R Technical Requirements for The Commissioning Process(ASHRAE Guideline 1.1-2007)","ASHRAE","ASHRAE","2007"]
[39,"Technical Requirements for the Commissioning Process for Existing HVAC&R Systems and Assemblies(ASHRAE Guideline 1.2-2019)","ASHRAE","ASHRAE","2019"]
[40,"The Commissioning Process - Includes ASHRAE addenda listed in Appendix Q(ASHRAE Guideline 0-2019)","ASHRAE","ASHRAE","2019"]
[41,"건축설비 기사 산업기사 실기 : 8개년(2012년~2019년) 과년도 출제문제 수록","기문사","조성안","2020"]
[42,"Future Energy(Improved, Sustainable and Clean Options for our Planet) Third Edition","ELSEVIER.","Trevor M. Letcher","2020"]
[43,"Pressure Testing of Valves(MSS SP-61)","MSS","MSS","2019"]
[44,"ISO 30401:2018","ISO","ISO","2018"]
[45,"High Temperature and Gamma Effects on Counting-Type Neutron Flux Detectors","IEEE Transactions on Nuclear Science","C. N. Jackson and N. C. Hoitink","1970"]
[46,"Neutron detector sensitivity measurements and their variation","IEEE Nuclear Science Symposium Conference","K. S. McKinny, T. R. Anderson et al","2011"]
[47,"Measurement of Absolute Fission Rates","American Nuclear Society","J. A. Grundl, D. M. Gilliam, et al","1975"]
[48,"A Neutron Detection System for Operation in Very High Gamma Fields","Nuclear Applications and Technology","D. P. Roux, J. T. De Lorenzo and C. W. Ricker","1970"]
[49,"Valve-Regulated Lead Acid (VRLA) Battery Qualification Assessment","EPRI","K. Barry","2009"]
[50,"Elements of Pre-Operational and Operational Configuration Management for a New Nuclear Facility","EPRI","K. Barry","2011"]
[51,"General Outline for Conducting Quality Inspections and Tests of Concrete Placement at Nuclear Facilities","EPRI","K. Barry, M. Guimaraes","2013"]
[52,"Requirements Engineering for Digital Instrumentation and Control Systems","EPRI","R. Torok, M. O'Connor","2014"]
[53,"Advanced Nuclear Technology:Guidance and Methodologies for Managing Digital Instrumentation and Control Obsolescence","EPRI","M. O’Connor","2014"]
[54,"Advanced Nuclear Technology:Data-Centric Configuration Management for Efficiency and Cost Reduction An Economic Basis for Implementation","EPRI","K. Barry","2014"]
[55,"Advanced Nuclear Technology: Advanced Light Water Reactor Utility Requirements Document, Revision 13","EPRI","L. Loflin, B. McRimmon, S. Swilley","2014"]
[56,"Advanced Nuclear Technology:Advanced Light Water Reactors Utility Requirements Document Small Modular Reactors Inclusion Summary","EPRI","L. Loflin, B. McRimmon, S. Swilley","2014"]
[57,"Advanced Nuclear Technology: Material Properties Affecting the Butt Fusion of HDPE Pipe","EPRI","A. Summe, D. Munson","2014"]
[58,"Advanced Nuclear Technology: Using Technology for Small  Modular Reactor Staff Optimization,  Improved Effectiveness, and Cost  Containment","EPRI","L. Loflin, B. McRimmon","2016"]
[59,"Advanced Nuclear Technology: New Nuclear  Power Plant Information Turnover Guide (Revision 1)","EPRI","R. King","2016"]
[60,"Advanced Nuclear Technology: Major Component Replacement  Sourcebook with Applicability to  New Plant Water Chemistry","EPRI","M. O’Connor, R. Reid","2016"]
[61,"Advanced Nuclear Technology: Demonstration and Evaluation of  Self-Consolidating Concrete Mixtures","EPRI","D. Scott","2016"]
[62,"Advanced Nuclear Technology: Mass Concrete Modeling and Thermal Control(Investigation of Delayed Ettringite Formation and Thermal Cracking in Massive Concrete Structures)","EPRI","D. Scott","2018"]
[63,"Advanced Nuclear Technology: Elimination of Dissimilar Metal Welds  Using Powder Metallurgy–Hot Isostatic  Pressing","EPRI","B. Sutton, D. Gandy, C. Stover","2017"]
[64,"시험.조정.평가(TAB) 기술기준 (2011년 개정판)","대한설비공학회","대한설비공학회","2011"]
[65,"Post-Tensioning Manual SIXTH EDITION","Post Tensioning Institute","Post Tensioning Institute","2006"]
[66,"Low-Temperature Energy Systems with Applications of Renewable Energy 2020","ELSEVIER ACADEMIC PRESS.","Andriy Redko, Oleksandr Redko, Ronald DiPippo","2020"]
[67,"Human Factors Guidance for Control Room and Digital Human-System Interface Design and Modification (Guidelines for Planning, Specification, Design, Licensing, Implementation, Training, Operation, and Maintenance for Operating Plants and New Builds)","EPRI","J. Naser","2015"]
[68,"Advanced Nuclear Technology: PWR Primary Side Gas Management  in the Advanced Pressurized Water Reactors","EPRI","M. O’Connor, R. Reid","2015"]
[69,"Advanced Nuclear Technology: Assessment of New Technologies for Water Chemistry Controls in Advanced Pressurized Water Reactor Designs","EPRI","R. Reid","2015"]
[70,"Advanced Nuclear Technology: Evaluation of Self-Consolidating Concrete Mixtures and Structural Members – Phase 1","EPRI","D. Scott","2015"]
[71,"Advanced Nuclear Technology: Risk-Informed In-Service Inspection/Risk-Informed Break Exclusion Region Application to a Second New Build Site","EPRI","P. O’Regan","2015"]
[72,"Innovative ManufacturingProcess for Nuclear Power Plant Components via Powder Metallurgy and Hot Isostatic Processing (MethodsManufacture of a Steam Separator Inlet Swirler)","EPRI","D. Gandy","2015"]
[73,"Advanced Nuclear Technology: Reactor Coolant Radiological Source Terms for Normal Operation","EPRI","M. O'Connor, D. Hussey","2015"]
[74,"Advanced NuclearTechnology: Literature Review of Mechanical Testing Methods to Evaluate the Integrity of HDPE Butt-Fusion Joints","EPRI","C. Stover","2016"]
[75,"Reduced Pressure Electron Beam Welding of Thick Section Vessel Steels","EPRI","D. Gandy","2015"]
[76,"Triton Steam Generator Thermal-Hydraulics Code(Interim Report on Validation Using Experimental Test Results)","EPRI","R. Wolfe","2015"]
[77,"Advanced Nuclear Technology: Advanced attery Evaluation for 1E Service Qualification","EPRI","M. O’Connor","2016"]
[78,"Advanced Nuclear Technology: Anchorage of High-Strength Headed einforcing Bars for Structural Concrete","EPRI","D. Scott","2016"]
[79,"Guidelines for Fabricationand Assembly of Alloy 690 Components in PWR Primary Systems","EPRI","M. O’Connor","2013"]
[80,"Materials Reliability Program: Technical Basis for Reexamination Interval Extension for Alloy 690 PWR Reactor Vessel Top Head Penetration Nozzles (MRP-375)","EPRI","P. Crooker","2014"]
[81,"Guidelines for Instrument Calibration Extension/Reduction – Revision 2","EPRI","R. Rusaw","2014"]
[82,"Materials Reliability Program: Laboratory Testing of Primary Water Stress Corrosion Crack Growth Rates in Alloy 152/52 Weld Metals (MRP-377)","EPRI","K. Ahluwalia, M. O'Connor","2014"]
[83,"Advanced Nuclear Technology: Fibrous Latent Debris in Next-Generation Pressurized Water Reactor Containments","EPRI","A. Summe","2014"]
[84,"Materials Reliability Program: Investigation of Likely Local Primary Circuit Chemistries in PWR Plants (MRP-387)","EPRI","K. Ahluwalia, R. Reid, A. Summe","2014"]
[85,"Advanced Nuclear Technology: Risk-Informed In-Service Inspection/Risk-Informed Break Exclusion Region Results for First Site","EPRI","P. O’Regan","2014"]
[86,"Advanced Nuclear Technology: The Long-Term Oxidative Resistance of Butt Fusion Joints in High-Density Polyethylene Piping","EPRI","A. Summe","2014"]
[87,"Innovative Manufacturing Process for Nuclear Power Plant Components via Powder Metallurgy-HIP","EPRI","D. Gandy","2014"]
[88,"Generic Evaluation of Environmentally Assisted Fatigue in BWR and PWR Reactors: A Feasibility Study","EPRI","K. Wolfe, D. Steininger","2014"]
[89,"Advanced Nuclear Technology: Integrated Pressurized Water Reactor (iPWR) Containment Aerosol Deposition Behavior(Phase 1 – Test Plan Development)","EPRI","K. Barry","2014"]
[90,"Advanced Nuclear Technology: Implementation Manual for ASME Code Case N-818-1","EPRI","S. McCracken","2014"]
[91,"Advanced Nuclear Technology: Chemistry Sampling Programs at Advanced Pressurized Water Reactors (AREVA US-EPR™ Design, Westinghouse AP1000™, KHNP APR1400, MNES/MHI US-APWR)","EPRI","S. McCracken","2015"]
[92,"ISO 10303-21 Industrial automation systems and integration data representation and exchange - Part 21:Implementation methods:Clear text encoding of the exchange structure","ISO - International Organization for Standardization","ISO","2016"]
[93,"Advanced Nuclear Technology: Guideline for Online Monitoring Requirements to Support TSTF-425 Instrumentation and Control Surveillance Management Programs","EPRI","M. Ruis","2015"]
[94,"Advanced Nuclear Technology: Quality Control of Concrete During Construction – Voids Detection","EPRI","M. Guimaraes, K. Barry","2012"]
[95,"Guidelines for Addressing Environmental Effects in Fatigue Usage Calculations","EPRI","S. Chu","2012"]
[96,"Advanced Nuclear Technology: Potential Modification to Source Term Requirements","EPRI","K. Barry","2013"]
[97,"Advanced Nuclear Technology: Aerosol Decontamination from Nuclear Containments","EPRI","K. Barry","2013"]
[98,"Advanced Nuclear Technology: Impact of EPRI Pre-Operational and Operational Configuration Management Report (1022684) on the Nuclear Industry","EPRI","K. Barry","2013"]
[99,"Advanced Nuclear Technology: Final Test Results on 80% Service Test and Implementation Plans","EPRI","K. Barry","2013"]
[100,"Development of an Evaluation and Acceptance Methodology for Commercial Two- and Three-Dimensional Plant Modeling Software","EPRI","K. Barry","2013"]
[101,"Nondestructive Evaluation of Steel-Concrete Construction Mockups","EPRI","K. Barry, M. Guimaraes","2013"]
[102,"Valve-Regulated Lead Acid (VRLA) Battery Seismic Testing","EPRI","K. Barry","2013"]
[103,"Prying Action - A General Treatment","AISC Engineering Journal","Thornton, W.A","1985"]
[104,"Procedure for Design and Analysis of Hanger-Type Connections","AISC Engineering Journal","Astaneh, A","1985"]
[105,"기계설비 표준품셈(2020)","건설연구원","건설연구원","2019"]
[106,"텐서 방정식의 이해 : 최덕기","범한서적","최덕기","2009"]
[107,"Program on Technology Innovation: Materials Properties Assessment and Gap Analysis for Lead-Cooled Fast Reactors(A Survey of Available Materials Data)","EPRI","M. Burke, D. Gandy","2019"]
[108,"Stress-Based Fatigue Monitoring (Methodology for Fatigue Monitoring of Class 1 Nuclear Components in a Reactor WaterEnvironment)","EPRI","S. Chu","2011"]
[109,"An Assessment of BWR Water Chemistry Control in Advanced Light Water Reactors: Economic implified Boiling Water Reactor(ESBWR)","EPRI","K. Kim","2011"]
[110,"BWRVIA Modeling of Advanced Boiling Water Reactor","EPRI","S. Garcia","2011"]
[111,"Advanced Nuclear Technology: Embedded Sensors in Concrete","EPRI","K. Barry M. Guimaraes","2011"]
[112,"Methodology for Risk-informed Procurement for New Plant Deployment(Test Cases)","EPRI","L. Midmore, P. O’Regan","2011"]
[113,"NFPA 1 ; Fire Code","NFPA.","NFPA.","2018"]
[114,"Advanced Nuclear Technology: Design Reliability Assurance Program Implementation Guidance","EPRI","K. Barry","2011"]
[115,"Evaluation of Design Options for Buried Piping Containing Radioactive Materials","EPRI","D. Munson, L. Midmore","2011"]
[116,"NFPA 101 ; Life Safety Code","NFPA.","NFPA.","2018"]
[117,"Human Factors Engineering Training Course for Utilities Involved in New Nuclear Power Plant Designs Construction and Operation","EPRI","J. Naser","2011"]
[118,"Environmentally Assisted Fatigue Gap Analysis and Roadmap for Future Research (Gap Analysis Report)","EPRI","L. Midmore","2011"]
[119,"An Assessment of PWR Water Chemistry Control in Advanced Light Water Reactors: US EPRTM (Volume 1: PWR Primary Water Chemistry)","EPRI","K. Kim","2011"]
[120,"An Assessment of PWR Water Chemistry in Advanced Light Water Reactors: US-APWR(Volume 1: PWR Primary Water Chemistry)","EPRI","K. Kim","2012"]
[121,"EPRI Materials Management Matrix Project Gap and Opportunity Assessment (Revision 0)","EPRI","J. Hamel","2011"]
[122,"Program on Technology Innovation: Sonoluminescing Bubbles and the Synthesis of Nanocatalysts for Hydrogen Production","EPRI","K. Barry","2012"]
[123,"Environmentally Assisted Fatigue Screening (Process and Technical Basis for Identifying EAF Limiting Locations)","EPRI","S. Chu","2012"]
[124,"Environmentally Assisted Fatigue Screening (Process and Technical Basis for Identifying EAF Limiting Locations)","EPRI","S. Chu","2012"]
[125,"Program on Technology Innovation: Tradeoffs Between Once-Through Cooling and Closed-Cycle Cooling for Nuclear Power Plants","EPRI","D. Bailey","2012"]
[126,"Nondestructive Evaluation: Electromagnetic NDE for Ferritic and Duplex Tubing","EPRI","K. Krzywosz","2012"]
[127,"Long Term Performance of PE4710 Materials in Disinfectant Treated Nuclear Raw Water Systems","EPRI","A. Summe, D. Munson","2012"]
[128,"Feasibility Evaluation of Glass Reinforced Spiral Wound High Density Polyethylene for Circulating Water System Piping","EPRI","A. Summe, D. Munson","2012"]
[129,"Risk-informed Strategies for New Build(Risk-informed Procurement and USNRC Rule 10CFR50.69)","EPRI","P. O’Reagan","2012"]
[130,"An Assessment of PWR Water Chemistry Control in Advanced Light Water Reactors: APR1400 (Volume 1: PWR Primary Water Chemistry)","EPRI","K. Kim","2012"]
[131,"Alloy 690 Procurement Specification: Revision 1","EPRI","E. Wills","2012"]
[132,"Environmentally Assisted Fatigue Gap Analysis and Roadmap for Future Research","EPRI","L. Midmore","2012"]
[133,"Establishing a Groundwater Protection Program for New Nuclear Generating Units(Appendix to the EPRI Groundwater Protection Guidelines for Nuclear Power Plants)","EPRI","K. Kim","2013"]
[134,"Advanced Nuclear Technology: EPRI Materials Management Matrix Project – Toshiba Advanced Boiling Water Reactor Materials Management Table Report, Revision 0","EPRI","J. Hamel","2010"]
[135,"EPRI Materials Management Matrix Project: Advanced Light-Water Reactor – Pressurized Water Reactor Degradation Matrix – Revision 1","EPRI","J. Hamel","2010"]
[136,"EPRI Materials Management Matrix Project( AREVA U.S. EPR™ Materials Management Tables - Revision 0)","EPRI","J. Hamel","2010"]
[137,"An Assessment of PWR Water Chemistry Control in Advanced Plants: AP1000™ (Volume 1: PWR Primary Water Chemistry)","EPRI","K. Kim, K. Fruzzetti","2010"]
[138,"An Assessment of BWR Water Chemistry Control in Advanced Plants: Advanced Boiling Water Reactor","EPRI","K. Kim, S. Garcia","2010"]
[139,"Technical Guidance for Achieving Higher Levels of Electromagnetic Compatibility for Advanced Nuclear Power Plants (Addressing the Electromagnetic Compatibility Challenges for Reliable Plant Operation)","EPRI","K. Barry, P. Keebler","2010"]
[140,"Evaluation of Design Methods for Above Ground High Density  Polyethylene Pipe","EPRI","J. Hamel","2010"]
[141,"Seismic Properties for High-Density Polyethylene for Use in Aboveground Applications Volume 1","EPRI","D. Munson","2010"]
[142,"Risk-Informed Pre- and In-service Inspection Methodology for New Nuclear Deployment, Test Case  Results and Regulatory Approval Protocol","EPRI","P. O’Regan","2010"]
[143,"NIRMA TG-23-2017 Turnover of Records and Incremental Handover Information for Nuclear Facilities","NIRMA","NIRMA","2018"]
[144,"FE Mechanical Practice Exam (effective through June 30, 2020)","NCEES","M.R.ISLAM","2017"]
[145,"Estimation of radioactivity released from CHASNUPP-1 nuclear power plant during loss of coolant accident","International Journal of Nuclear Energy Science and Technology","Khurram Mehboob and Mohammad S. Aljohani","2018"]
[146,"1974 ASME BPVC SECTION 3 DIVISION 1 NF","ASME.","ASME","1974"]
[147,"Program on Technology Innovation: Effects of Spatial Incoherence on Seismic Ground Motions","EPRI","R. Kassawara","2007"]
[148,"Program on Technology Innovation: Validation of CLASSI and SASSI Codes to Treat Seismic Wave Incoherence in Soil-Structure Interaction (SSI) Analysis of Nuclear Power Plant Structures","EPRI","R. Kassawara","2007"]
[149,"Program on Technology Innovation: Nuclear Hydrogen Assessment and Evaluation of SuperGrid Demonstration","EPRI","J. Hamel","2007"]
[150,"An Economic Analysis of Select Fuel Cycles Using the Steady-State Analysis Model for Advanced Fuel Cycles Schemes (SMAFS)","EPRI","J. Hamel","2007"]
[151,"Program on Technology Innovation: EPRI Materials Management Matrix Project (Economic Simplified Boiling Water Reactor Degradation Matrix (ESBWR DM))","EPRI","J. F. Hamel","2008"]
[152,"Program on Technology Innovation: EPRI Materials Management Matrix (MMM) Project (Economic Simplified Boiling Water Reactor (ESBWR) Risk Priority Evaluation—Revision 0)","EPRI","J. Hamel","2008"]
[153,"Program on Technology Innovation: EPRI Materials Management Matrix Project (Economic Simplified Boiling Water Reactor (ESBWR) Materials Management Table Report)","EPRI","J. Hamel","2008"]
[154,"EPRI Materials Management Matrix Project: AP1000 Materials Management Table Report Revision 0","EPRI","J. Hamel","2008"]
[155,"Advanced Nuclear Technology: Standard Specifications for New Plant Commodity Items (Fasteners)","EPRI","M. Tannenbaum","2008"]
[156,"Project Plan: Central and Eastern United States Seismic Source Characterization for Nuclear Facilities","EPRI","R.P. Kassawara, J.F. Hamel","2008"]
[157,"Program on Technology Innovation: Sonoluminescing Submicron Bubbles (Thermo-Fluids Phenomena and Synthesis of Nano Materials)","EPRI","K. Barry","2008"]
[158,"The Next Generation Nuclear Plant Project (The Case for Utility Interest)","EPRI","T. Mulford","2008"]
[159,"Program on Technology Innovation: Cladding and Structural Materials for Advanced Nuclear Energy Systems (A Nuclear Energy Research Initiative Project)","EPRI","J. Hamel","2008"]
[160,"Pipe-to-Pipe Impact Program(NUREC/CR-3231)","NRC.","NRC.","1987"]
[161,"ASTM E262-17 : Standard Test Method for Determining Thermal Neutron Reaction Rates and Thermal Neutron Fluence Rates by Radioactivation Techniques","ASTM, American Society for Testing and Materials","ASTM","2017"]
[162,"Welding and Fabrication Critical Factors for New Nuclear Power Plans","EPRI","S. McCracken","2009"]
[163,"EPRI Materials Management Matrix Project: General Electric - Hitachi Advanced Boiling Water Reactor (ABWR) Materials Management Table Report, Revision 0","EPRI","J.Hamel","2009"]
[164,"Assessment of EPRI Fuel Reliability Guidelines for New Nuclear Plant Designs","EPRI","J.Hamel","2009"]
[165,"Modularization of Equipment for New Nuclear Applications","EPRI","K. Barry","2009"]
[166,"Risk-Informed Inservice Inspection for New Build(Test Cases)","EPRI","P. O’Regan","2009"]
[167,"Central and Eastern United States Seismic Source Characterization Project: Workshop 2 Proceedings","EPRI","J. Hamel","2009"]
[168,"Central and Eastern United States Seismic Source Characterization Project: Workshop 3 Proceedings","EPRI","J. Hamel","2009"]
[169,"EPRI Materials Management Matrix Project (Advanced Light Water Reactor - Boiling Water Reactor Degradation Matrix (ALWR BWR DM), Revision 0)","EPRI","J. Hamel","2009"]
[170,"Combined Operating License Model Program Plan","EPRI","L. Sandell","2003"]
[171,"Evaluating Potential Effects of Environmental Regulations and Other Variables on Future Non-Emitting Generation Profitability","EPRI","L. Sandell","2003"]
[172,"Virtual Construction of the AP1000 (Phase 4 - Concurrent with Design and Alternative Comparison Studies)","EPRI","L. Sandell","2003"]
[173,"Review of Westinghouse AP1000 LLW Management Program","EPRI","S. Bushart","2003"]
[174,"Evaluation of Coatings to Prevent Diffusion of Fission Products Into Gas Reactor Turbomachine Blades","EPRI","L. Sandell","2004"]
[175,"A Review of Radionuclide Release From HTGR Cores During Normal Operation","EPRI","L. Sandell","2004"]
[176,"Coatings to Prevent Diffusion of Fission Products into Turbine Materials Used in High Temperature Gas Cooled Nuclear Electric Generating Stations","EPRI","L. Loflin, J. Sharkey","2003"]
[177,"AP1000 Combined License Design Support (Activities in 2004)","EPRI","L. Sandell","2004"]
[178,"Probabilistic Seismic Hazard Analysis of the Grand Gulf Site","EPRI","L. Sandell","2003"]
[179,"Materials Database Extension(M).terials for Auxiliary Bearings in HTGRs","EPRI","L. Sandell","2004"]
[180,"High Temperature Gas-Cooled Reactors for the Production of Hydrogen(Establishment of the Quantified Technical Requirements for Hydrogen Production that will Support the Water-Splitting Processes at Very High Temperatures)","EPRI","L. Sandell","2004"]
[181,"Program on Technology Innovation: AP1000 Combined License Design Support (Activities in 2005)","EPRI","L. Sandell","2005"]
[182,"An Assessment of the Impact of the Energy Bill of 2003 on the U.S. Market for New Nuclear Technologies and Potential New Plant Construction","EPRI","L. Sandell","2004"]
[183,"Program on Technology Innovation: Technical Support for GE Economic Simplified Boiling Water Reactor (ESBWR) – Radwaste System Design","EPRI","S. Bushart","2006"]
[184,"Program on Technology Innovation: New Plant Deployment Program Model","EPRI","L. Sandell","2006"]
[185,"Program on Technology Innovation:NP 2010 COL Generic Licensing and Regulatory Work","EPRI","T. Mulford","2007"]
[186,"Program on Technology Innovation: The Effects of High Frequency Ground Motion on Structures, Components, and Equipment in Nuclear Power Plants","EPRI","R. Kassawara","2007"]
[187,"Program on Technology Innovation: Seismic Screening of Components Sensitive to High-Frequency Vibratory Motions","EPRI","R.P. Kassawara","2007"]
[188,"Program on Technology Innovation: Security Technology Evaluation for New Nuclear Power Plants","EPRI","J. Hamel","2007"]
[189,"Program on Technology Innovation: Nuclear Power Generation Technologies(Current Status and Trends)","EPRI","G. Ramachandran","2007"]
[190,"Program on Technology Innovation: Cooling Water Review of the Advanced Light Water Reactor Utility Requirements Document","EPRI","Tim Eckert","2007"]
[191,"Nondestructive Evaluation: Guidelines for Inspectability for New Plant Components","EPRI","R. Grizzi","2010"]
[192,"Modularization of Equipment for New Nuclear Applications(Testing and Preservation)","EPRI","K. Barry","2010"]
[193,"A Proposed 80% Service Test to Satisfy the Duty Cycle and to Trend Battery capacity","EPRI","K. Barry","2010"]
[194,"Methodology for Risk-informed Procurement","EPRI","P. O’Regan","2010"]
[195,"Advanced Nuclear Technology: Reduction of American Society of Mechanical Engineers III Weld Fabrication Repairs—Fitness for Purpose","EPRI","S. Swilley","2010"]
[196,"Advanced Nuclear Technology: Equipment Reliability for New Nuclear Plants Projects: Industry Recommendations for Storage, Construction, and Testing","EPRI","L. Loflin","2010"]
[197,"Advanced Nuclear Technology: Equipment Reliability for New Nuclear Plant Projects: Industry  Recommendations for Design","EPRI","L. Loflin","2010"]
[198,"Advanced Nuclear Technology: Equipment Reliability for New Nuclear Plant Projects—Industry Recommendations for Procurement","EPRI","L. Loflin","2010"]
[199,"EPRI Materials Management Matrix Project: U.S.–Advanced Pressurized Water Reactor Materials  Management Tables Revision 0","EPRI","J. Hamel","2011"]
[200,"Nondestructive Evaluation: Data Conversion, Data Storage, and Records Management Study for NDE","EPRI","C. Smith, B. Rassler","2011"]
[201,"Guideline for On-Line Monitoring of Nuclear Power Plant Instrument Channel Performance","EPRI","R. Rusaw","2011"]
[202,"Combinatorial Testing for Digital I&C Systems (Benchmark Study)","EPRI","R. Torok, L. Midmore","2011"]
[203,"Central and Eastern United States Seismic Source Characterization Project: Workshop 1 Proceedings","EPRI","J. Hamel","2011"]
[204,"Korea Hydro & Nuclear Power Co., Ltd. Nuclear Power Plants:  Construction and Technology Experience","EPRI","L. Midmore","2011"]
[205,"EPRI Materials Management Matrix Project: KHNP Advanced Pressurized Water Reactor (APR1400) Materials Management Tables Revision 0","EPRI","J. Hamel","2011"]
[206,"ISO 17918:2015 Corrosion of metals and alloys-Evaluation of selective corrosion of Cu alloys and grey cast iron for power plant components by visual inspection and hardness measurement","ISO","ISO","2015"]
[207,"섬유강화 플라스틱","기전연구사","이진희","2018"]
[208,"용접기술실무","21세기사","이진희","2018"]
[209,"에너지저장장치의 전력망 이용","기다리","김수열","2019"]
[210,"스마트그리드 빅데이터 분석의 활용 : Reza Arghandeh","생능출판사","Reza Arghandeh","2020"]
[211,"ISO 2186(Fluid flow in closed conduits)","ISO","ISO","2007"]
[212,"Advanced Nuclear Technology: Supplier Quality Management for New Nuclear Plant Construction Projects","EPRI","K. Barry","2013"]
[213,"Passive Core Decay Heat Removal Performance Guidelines","EPRI","A. Summe","2013"]
[214,"Applicability of High-Density Polyethylene in Nuclear Piping Systems with Internal Radionuclides","EPRI","A. Summe","2013"]
[215,"Seismic Isolation of Nuclear Power Plants","EPRI","R. Kassawara","2013"]
[216,"Advanced Nuclear Technology: Implementation of ASME Code Case N-818","EPRI","S. McCracken","2013"]
[217,"Advanced Nuclear Technology: Regulatory Performance Requirements for Safety-Related Instrumentation, Revision 1","EPRI","R. Rusaw","2013"]
[218,"Advanced Nuclear Technology: Guidance for Advanced Light Water Reactor Primary System Component Residual Stress Management","EPRI","A. Summe","2013"]
[219,"Advanced Nuclear Technology: Site Selection and Evaluation Criteria for New Nuclear Power Generation Facilities (Siting Guide)","EPRI","M. Ruis","2015"]
[220,"Advanced Nuclear Technology: Advanced Welding Processes to Enhance Single-Side Examination Capabilities for New Austenitic Welds","EPRI","B. Flesner, S. McCracken, A. Summe","2015"]
[221,"ASME PVP2018(Normative Technical Documentation of Association of Mechanical Engineers, Czech Nation Code of Equipment and piping of nuclear power plants of wwer type","ASME","Lubomir junek","2018"]
[222,"Advanced Nuclear Technology: Anchorage of High-Strength Reinforcing Bars with Standard Hooks","EPRI","M. Ruis","2015"]
[223,"PTC 22(Gas Turbines)Performance Test Codes: ASME","ASME","ASME","2014"]
[224,"PTC 6.2(STEAM TURBINES IN COMBINED CYCLES) Performance Test Codes: ASME","ASME","ASME","2011"]
[225,"HEATING, VENTILATION AND AIR CONDITIONING(SP 60.13330.2016) Technormativ LLC","Ministry of Regional Development of the Russian Federation","Technormativ LLC","2016"]
[226,"Improving Text and Document-Based Operations For Advanced Nuclear Plants","EPRI","E. Rodwell","2000"]
[227,"건축물의 지하구조 내진설계지침 수정판 Rev.1(AIK-G-001-2020) : Guidelines for Seismic Design of Building Substructures","대한건축학회","대한건축학회","2020"]
[228,"Management of the Licensed Bases of Advanced Nuclear Plants: Proof of Approach","EPRI","E. Rodwell","2000"]
[229,"EPRI NMAC Maintainability Review of the International Gas-Turbine Modular Helium Reactor Power Conversion Unit","EPRI","L. Loflin","2001"]
[230,"Early Site Permit Model Program Plan","EPRI","E. Rodwell","2002"]
[231,"AIMS Architectural System Description and Implementation Plan","EPRI","E. Rodwell","2001"]
[232,"Auxiliary Bearings in Vertically Oriented Machines on Magnetic Bearings","EPRI","E. Rodwell","2001"]
[233,"CEUS Ground Motion Project","EPRI","E. Rodwell","2003"]
[234,"Assessment of AP1000 Conformance With the ALWR URD","EPRI","E. Rodwell","2003"]
[235,"Advanced Nuclear Technology: Anchorage of High-Strength Reinforcing Bars with Standard Hooks","EPRI","M. Ruis","2015"]
[236,"DIN 1055-100:Basis of design, safety concept and design rules","DIN","DIN","2001"]
[237,"DIN 1055-6:Design loads for builbings and loads in silo bins DIN","DIN","DIN","2005"]
[238,"Network Defense and Countermeasures 3 edition(Principles and Practices)","Pearson It Certification","Chuck, Easttom","2018"]
[239,"Standard for Control, Instrumentation and Thermocouple Extention Conductor Identification: ANSI/ICEA","ANSI/ICEA S-58-679","ANSI/ICEA","2019"]
[240,"경영과학","시그마프레스","Bernard W. Taylor","2016"]
[241,"분산전원 배전계통 보호협조(대한민국 전력산업의 싱크탱크, 전력연구원이 이야기하는)","홍릉과학출판사","조남훈","2019"]
[242,"SN 527-80(Guideline for designing of steel process pipelines with PN of up to MPa) Gosstroy of the USSR","Gosstroy of the USSR (State Committee of the Council of Ministers of the USSR for Construction)","Gosstroy of the USSR","1980"]
[243,"CSA N287.8-15(Aging management for concrete containment structures for nuclear power plants)","CSA","CSA Group","2015"]
[244,"ASME/BPVC SEC III-2(Code for Concrete Reactor Vessels and Containments) 1980 EDITION","ASME","ASME","1980"]
[245,"ASME/BPVC SEC III-2 Summer 1980 Addenda(Code for Concrete Reactor Vessels and Containments) 1980 EDITION","ASME","ASME","1980"]
[246,"ASME/BPVC SEC III-2 Winter 1980 Addenda(Code for Concrete Reactor Vessels and Containments) 1980 EDITION","ASME","ASME","1980"]
[247,"ASME/BPVC SEC III-2 Summer 1981 Addenda(Code for Concrete Reactor Vessels and Containments) 1980 EDITION","ASME","ASME","1981"]
[248,"ASME/BPVC SEC III-2 Winter 1981 Addenda(Code for Concrete Reactor Vessels and Containments) 1980 EDITION","ASME","ASME","1981"]
[249,"ASME/BPVC SEC III-2 Summer 1982 Addenda(Code for Concrete Reactor Vessels and Containments) 1980 EDITION","ASME","ASME","1982"]
[250,"ASME/BPVC SEC III-2 Winter 1982 Addenda(Code for Concrete Reactor Vessels and Containments) 1980 EDITION","ASME","ASME","1982"]
[251,"Knowledge management for a new nuclear power infrastructure: A. Kosilov, Y. Yanev","INDERSCIENCE","A. Kosilov, Y. Yanev","2009"]
[252,"How to share tacit nuclear knowledge Niina Rintala, Tanja Kuronen","INDERSCIENCE","Niina Rintala, Tanja Kuronen","2006"]
[253,"IEC 60068-2-57 Environment testing-Part 2-57:Tests-Test Ff: Vibration - Time history and sine-beat method: IEC","IEC","IEC","2013"]
[254,"IEC 60068-3-3:Environmental testing-Part 3-3:Supporting Documentation and guidance-Seismic test methods for equipment IEC","IEC","IEC","2019"]
[255,"IEC 60068-2-64:Environmental testing-Part 2-64:Tests-Test Fh:Vivration, broadband random and guidance IEC","IEC","IEC","2019"]
[256,"IEC 60068-2-27:Environmental testing-Part 2-27:Tests-Test Ea and guidance:Shock IEC","IEC","IEC","2008"]
[257,"IEC 60068-2-75:Environmental testing-Part 2-75:Tests-Test Eh:Hammer tests IEC","IEC","IEC","2014"]
[258,"IEC 60068-2-6:Environmental testing-Part 2-6:Tests-Test Fc:Vibration(sinusoidal): IEC","IEC","IEC","2007"]
[259,"EN 60255-21-1:Electrical relays-Part 21: Vibration, shock, bump and seismic tests on measuring relays and protection equipment-Section 1:Vibration tests(sinusoidal)","EN","EN","1996"]
[260,"EN 60255-21-3:Electrical relays-Part 21: Vibration, shock, bump and seismic tests on measuring relays and protection equipment-Section 3:Seismic tests","EN","EN","1995"]
[261,"2020년도 전기 정보통신 표준품셈","건설연구원","건설연구원","2020"]
[262,"2020년도 건설신기술 품셈 일위대가표","한국건설교통신기술협회","편집부","2020"]
[263,"2020년도 건축공사 표준품셈 일위대가","대건사","적산연구회","2020"]
[264,"2020년도 종합표준적산","건설연구원","건설연구원","2020"]
[265,"2020년도 토목 표준품셈","건설연구원","건설연구원","2020"]
[266,"2020년도 건축공사 표준품셈","건설연구사","전인식","2020"]
[267,"2020년도 전기공사 표준품셈","건설연구사","연구위원회","2020"]
[268,"2020년도 전기 정보통신 품셈","건설연구사","연구위원회","2020"]
[269,"2020년도 건설공사 표준품셈","건설교통저널","편집부","2020"]
[270,"2020년도 건설공사 표준품셈","건설연구원","건설연구원","2020"]
[271,"2020년도 건설품셈","건설연구사","전인식","2020"]
[272,"2020년도 표준일위대가표","한국건설적산","한국건설적산","2020"]
[273,"GOST R 52719-2007:POWER TRANSFORMERS General Specifications","Federal Agency for Technical Regulation and Metrology","","2007"]
[274,"GOST 23118-2012:STEEL BUILDING STRUCTURES General Specifications","Federal Agency for Technical Regulation and Metrology","","2012"]
[275,"수평경영(조직을 수평화하여 초일류기업으로 성장하는길)","21세기북스.","키이스 덴튼","1995"]
[276,"Global Eletrical Digital Twin Market REPORT(HISTORY AND FORECAST 2015-2026, BREAKDOWN DATA BY COMPANIES, KEY REGIONS, TYPES AND APPLICATION)","QY RESEARCH","QYRESEARCH","2020"]
[277,"2020 산업안전보건법령집","(주)중앙경제","중앙경제 편집부","2020"]
[278,"2020 산업안전보건법령집","(주)중앙경제","중앙경제 편집부","2020"]
[279,"GOST 21.208-2013 : System of design documents for construction. Industrial process automation. Instrumentation symbols for use in diagrams","Federal Agency for Technical Regulation and Metrology","","2013"]
[280,"SP 63.13330.2012 : Concrete and won concrete construction Design requirements","Ministry of Regional Development of the Russian Federation","","2011"]
[281,"IEC 60068-2-47 Environment testing-Part 2-47:Tests-Mounting of specimens for vibration, impact and similar dynamic tests: IEC","IEC","IEC","2005"]
[282,"IEC 60068-3-8 Environment testing-Part 3-8:Supporting documentation and guidence-Selecting amongst vibration tests: IEC","IEC","IEC","2003"]
[283,"IEC 60068-5-2 Environment testing-Part 5:Guide to drafting of test methods-Terms and definitions IEC","IEC","IEC","1990"]
[284,"IEC 60680-1 Test methods of plasma equipment for electroheat and electrochemical applications IEC","IEC","IEC","2008"]
[285,"IEC 60721-1 Classification of environmental conditions-Part 1:Environmental parameters and their severities IEC","IEC","IEC","2002"]
[286,"IEC 60721-2-6 Classification of environmental conditions-Part 2:Environmental conditions appearing in nature-Earthquake vibration and shock IEC","IEC","IEC","1990"]
[287,"IEC 60721-3-1 Classification of environmental conditions-Part 3-1:Classification of groups of environmental parameters and their severities-Storage IEC","IEC","IEC","2018"]
[288,"GOST 6032-2003 : Corrosion-resistant steels and alloys. Test methods of intercrystalline corrosion resistance","State Committee of the Russian Federation for Standardization and Metrology","","2004"]
[289,"GOST 29075-91 : Nuclear instrumentation systems for nuclear power stations. General requirements","USSR State Committee for Product Quality and Standards Management","","1991"]
[290,"GOST 30444-97 : Construction materials. Flame propagation test method","Gosstroy of Russia","","1998"]
[291,"GOST 30402-96 : Building materials. Ignitability test method","Ministry of Construction of Russia","","1996"]
[292,"SNiP 3.05.05-84 : PROCESSING EQUIPMENT AND PROCESS PIPELINES","Gosstroy of the USSR (State Committee of the Council of Ministers of the USSR for Construction)","","1984"]
[293,"GOST R 52931-2008 : Instruments for process monitoring and control. General specifications","Federal Agency for Technical Regulation and Metrology","","2008"]
[294,"The Accuracy of Current Transformers Adjacent to High-Current Busses","AIEE","R. A. Pfuntner","1951"]
[295,"Leakage Phenomena in Ring-Type Current Transformers","IEEE","A. H. M. Arnold","1934"]
[296,"SP 28.13330.2012 CODE OF PRACTICE Protection against corrosion of construction","Ministry of Regional Development of Russia","","2013"]
[297,"GOST 30528-97 : VENTILATION SYSTEMS. AIR FILTERS. TYPES AND BASIC PARAMETERS","State Committee of the Russian Federation for Standardization and Metrology","","2002"]
[298,"BSI 19/30389465 DC- Draft BS IEC/IEEE 60980-344 Nuclear Facility Equipment important to Safety - Seismic qualification","BSI","","2019"]
[299,"GOST 18105-2010 : Concretes. Rules for control and assessment of strength","Federal Agency for Technical Regulation and Metrology","","2012"]
[300,"Digital Twin Driven Smart Manufacturing","ELSEVIER ACADEMIC PRESS","FEI TAO","2019"]
[301,"Advanced Nuclear Technology: Chemistry Control Guidance for Advanced Design Boiling Water Reactors","EPRI","S. Garcia, M. O’Connor","2016"]
[302,"Program on Technology Innovation: Innovative Manufacturing Process for Nuclear Power Plant Components Through Powder Metallurgy-Hot Isostatic Processing","EPRI","D. Gandy","2016"]
[303,"Advanced Nuclear Technology: PWR Steam Generator Tube Pre- Filming Technology Assessment","EPRI","M. O’Connor R. Wolfe","2016"]
[304,"Advanced Nuclear Technology: Emergency Planning Zone Size Evaluation for Small Modular Reactors","EPRI","R. King","2016"]
[305,"Program on Technology Innovation: HTTPN (Securing Nuclear Network Communicationsin the Age of the Internet of Things)","EPRI","R. King, M. O’Connor","2016"]
[306,"Program on Technology Innovation: Scoping Study for an Owner- Operator Requirements Document (ORD) for Advanced Reactors","EPRI","A. Sowder, C. Marciulescu","2016"]
[307,"Program on Technology Innovation: Assessment of Nuclear Fuel Cycle Simulation Tools","EPRI","A. Sowder","2016"]
[308,"Program on Technology Innovation: Interim Progress on Two White Papers Supporting Advanced Reactor Commercialization","EPRI","A. Sowder, C. Marciulescu","2016"]
[309,"Cyber Security Isolation for Maintenance, Monitoring, and Diagnostic Applications in Nuclear Power Facilities","EPRI","M. Gibson","2016"]
[310,"Advanced Nuclear Technology: Guidance for Chemistry Control in Advanced Pressurized Water Reactor Designs","EPRI","M. O’Connor, D. Wells","2016"]
[311,"Advanced Nuclear Technology (Optimum Hot Functional Testing Chemistry Control Practices for Pressurized Water Reactors)","EPRI","M. O’Connor, D. Wells","2016"]
[312,"High-Density Polyethylene Flaw Development, Sample Fabrication, and Performance Demonstration","EPRI","J. Abbott","2016"]
[313,"Advanced Nuclear Technology: Review of Gaps and Issues Identified During Advanced Pressurized Water Reactor Design Chemistry Assessments","EPRI","M. O’Connor, R. Reid","2016"]
[314,"Program on Technology Innovation: EPRI 2015 Nuclear Cycle Assessment Workshop Proceedings","EPRI","A. Sowder","2015"]
[315,"Advanced Nuclear Technology: Alloy 690 Steam Generator Tubing Specification Sourcebook","EPRI","R. Wolfe, M. O’Connor","2016"]
[316,"Program on Technology Innovation: Review of Advanced Reactor Technology with Emphasis on Light-Water and Non-Light- Water Small Modular Reactor Designs","EPRI","A. Sowder, C. Marciulescu","2016"]
[317,"Advanced Nuclear Technology: High-Frequency Seismic Loading Evaluation for Standard Nuclear Power Plants","EPRI","D. Scott, J. Richards","2017"]
[318,"Advanced Nuclear Technology: Round Robin Study on Nondestructive Examination of HDPE Pipe Joints","EPRI","J. Spanner","2017"]
[319,"Advanced Nuclear Technology: Development of Thick Section Welding Technologies (Residual Stresses in 30-mm Thick SA508 Steel Narrow Groove Welds—A Cross-Process Comparison)","EPRI","D. Gandy","2017"]
[320,"Advanced Nuclear Technology: Reactor Coolant Radiological Source Terms for Normal Operation – Public Version","EPRI","M. O'Connor, D. Hussey","2017"]
[321,"Advanced Nuclear Technology: Assessment of Moisture-Tolerant Coatings for Decreasing Open Top Construction Time","EPRI","D. Scott","2017"]
[322,"Advanced Nuclear Technology: Comparison of Residual Stress Modeling and Measurement of a Small Modular Reactor Nozzle","EPRI","E. Harvey","2017"]
[323,"Advanced Nuclear Technology: Alloy Code Development for Powder Metallurgy—Hot Isostatic Pressing","EPRI","D. Gandy","2017"]
[324,"Advanced Nuclear Technology: Augmented Reality Technologies for New Nuclear Plant Applications","EPRI","E. Harvey, M. O’Connor","2017"]
[325,"GOST 26881-86 : Stationary lead-acid cells. General specifications","Gost standard of the USSR","Gost standard of the USSR","1986"]
[326,"RD 153-34.0-49.105-01 : DESIGN STANDARDS FOR AUTOMATIC WATER FIRE EXTINGUISHING SYSTEMS OF CABLE FACILITIES","CJSC","CJSC","2002"]
[327,"디지털 트윈 기술을 접목한 주요 산업의 기술 개발 동향과 활용사례 및 관련업체 동향","좋은 정보사","좋은정보사","2019"]
[328,"디지털 트윈 기술을 접목한 주요 산업의 기술 개발 동향과 활용사례 및 관련업체 동향","좋은 정보사","좋은정보사","2019"]
[329,"디지털 트윈 기술을 접목한 주요 산업의 기술 개발 동향과 활용사례 및 관련업체 동향","좋은 정보사","좋은정보사","2019"]
[330,"KEPIC 2019년 추록: ECB 5400 변전소 케이블 계통의 설계 및 설치, ECC 1300 2.5kV~35kV 배전계통용 분리형 절연접속재 계통","KEPIC","KEPIC","2019"]
[331,"KEPIC 2019년 추록: EED 1140 대칭전류 기준 정격 1,000 Vac 초과하는 교츄 고압 차단기 지침, EED 4000 고압(>1,000 V) 퓨즈 및 부속품 설계시험","KEPIC","KEPIC","2019"]
[332,"KEPIC 2019년 추록: EMC 4000, EME 3100, EME 4000","KEPIC","KEPIC","2019"]
[333,"KEPIC 2019년 추록: MPT 46","KEPIC","KEPIC","2019"]
[334,"KEPIC 2019년 추록: MPT 19.1, MPT 4.3","KEPIC","KEPIC","2019"]
[335,"KEPIC 2019년 추록: MBB, MBC, MDF, MGE","KEPIC","KEPIC","2019"]
[336,"KEPIC 2019년 추록: SNA, SNG, SWR","KEPIC","KEPIC","2019"]
[337,"KEPIC 2019년 추록: QAP, QAI, QAR","KEPIC","KEPIC","2019"]
[338,"한국전력기술(주) 제13대 박용택 사장 재임기록(2000년 5월 ~ 2003년 5월) IMF, 민영화와 구조조정의 바람속에서","한국전력기술.","박용택","2020"]
[339,"대구방문판매여성","대구여성가족재단.","대구여성가족재단","2019"]
[340,"RD 34.35.310-97 : GENERAL TECHNICAL REQUIREMENTS FOR MICROPROCESSOR-BASED RELAY PROTECTION AND AUTOMATION DEVICES OF POWER SYSTEMS","RAO UES of Russia","RAO UES of Russia","1997"]
[341,"AWS D1.1/D1.1M:2020: Structural Welding Code-Steel","AWS.","ANSI","2020"]
[342,"2020 KEA 에너지 편람","","한국에너지공단","2020"]
[343,"Advanced Nuclear Technology: Development of Real Time Nondestructive Evaluation for Weld Inspections","EPRI","F. Yu, C. Stover","2017"]
[344,"Advanced Nuclear Technology(Guidance for Cyber Security During New Nuclear Plant Construction)","EPRI","E. Harvey","2017"]
[345,"Program on Technology Innovation: Dynamic Nuclear Fuel Cycle Modeling for Evaluating Liquid-Fueled Molten Salt Reactor Designs","EPRI","A. Sowder","2017"]
[346,"Program on Technology Innovation: Government and Industry Roles in the Research, Development, Demonstration, and Deployment of Commercial Nuclear Reactors","EPRI","A. Sowder","2017"]
[347,"Program on Technology Innovation: Expanding the Concept of Flexibility for Advanced Reactors: Refined Criteria, a Proposed Technology Readiness Scale, and Time-Dependent Technical Information Availability","EPRI","C. Marciulescu","2017"]
[348,"Advanced Nuclear Technology: Demonstration of the Applicability of Risk-Informed In-Service Inspection to the New Build Fleet","EPRI","P. O’Regan","2017"]
[349,"Advanced Nuclear Technology: Use of High-Strength Headed Bars as Shear Reinforcement for Structural Concrete","EPRI","D. Scott","2017"]
[350,"Advanced Nuclear Technology: Advanced Method for the Production of Cans Used in Powder Metallurgy—Hot Isostatic Pressing","EPRI","D. Gandy, A. Summe, C. Stover","2017"]
[351,"Advanced Nuclear Technology: Integrated Pressurized Water Reactor (iPWR) Containment Aerosol Deposition Behavior Phase 2a: Technical Basis and Test Plan for Experimental Testing and Computational Fluid Dynamics Analysis","EPRI","R. King","2018"]
[352,"Advanced Nuclear Technology Assessment of Automation Technologies to Reduce Chemistry and Radiochemistry O&M Costs","EPRI","E. Harvey, J. McElrath","2017"]
[353,"AWS D1.6/D1.6M:2017: Structural Welding Code-Stainless Steel(3rd Edition)","AWS.","ANSI","2017"]
[354,"교섭하지 말고 협상하라 단체교섭 속 숨어 있는 협상전략","중앙경제","김진술","2018"]
[355,"Advanced Nuclear Technology: Identification of Nondestructive Examination Needs for New Nuclear Plant Designs","EPRI","C. Stover, T. Cinson","2018"]
[356,"Advanced Nuclear Technology: Investigating Mechanical Splicing of Reinforcing Steel","EPRI","D. Scott","2017"]
[357,"Economic Evaluation of Upgrading Materials for New Nuclear Power Plant Designs","EPRI","D. Scott","2017"]
[358,"CONTROLLED SWITCHING OF UNLOADED POWER TRANSFORMERS","CIGRE","M. Waldron","2004"]
[359,"Large transient neutral currents during energisation of 3-phase transformers","PROCEEDINGS OF THE INSTITUTION OF ELECTRICAL ENGINEERS POWER","J.T. Pender","1975"]
[360,"Advanced Nuclear Technology: Demonstration of Powder Metallurgy–Hot Isostatic Pressing","EPRI","D. Gandy, C. Stover","2018"]
[361,"Cyber Security Technical Assessment Methodology(Regulatory Requirements and Compliance Map (RRCM) Template for Regulatory Guide 5.71)","EPRI","M. Thow","2017"]
[362,"Cyber Security Technical Assessment Methodology(Regulatory Requirements and Compliance Map for NEI 08-09 Revision 6)","EPRI","M. Thow","2017"]
[363,"Cyber Security Technical Assessment Methodology(Regulatory Requirements and Compliance Map (RRCM) Template for NERC-CIP)","EPRI","M. Thow","2017"]
[364,"Materials Reliability Program: Stress Corrosion Crack (SCC) Initiation Testing of Ni-Base  Alloys for PWR Applications – Part 1 (MRP-426)","EPRI","P. Crooker","2017"]
[365,"Advanced Nuclear Technology: Round Robin Study on Nondestructive Examination of HDPE Pipe Joints(Public Version)","EPRI","J.Spanner","2017"]
[366,"Advanced Nuclear Technology: Evaluation of Indoor Positioning Systems","EPRI","E. Harvey","2018"]
[367,"Program on Technology Innovation: Early Integration of Safety Assessment into Advanced Reactor Design(Preliminary Body of Knowledge and Methodology)","EPRI","A. Sowder","2018"]
[368,"Program on Technology Innovation: Owner-Operator Requirements Guide (ORG) for Advanced Reactors, Revision 0","EPRI","C. Marciulescu","2018"]
[369,"Exploring the Role of Advanced Nuclear in Future Energy Markets (Economic Drivers, Barriers, and Impacts in the United States)","EPRI","A. Sowder","2018"]
[370,"Advanced Nuclear Technology: Modeling Vertical Free-Field Motion for Soil-Structure Interaction of Embedded Structures","EPRI","D. Scott","2018"]
[371,"Digital Engineering Guide(Decision Making Using Systems Engineering)","EPRI","M. Gibson","2018"]
[372,"Safety Integrity Level (SIL) Certification Efficacy for Nuclear Power","EPRI","M. Gibson","2019"]
[373,"Program on Technology Innovation: EPRI Workshop on Process Hazard Analysis to Probabilistic Risk Assessment for Advanced Reactors Proceedings (Vanderbilt University, Nashville, TN, July 18-19, 2017)","EPRI","A. Sowder","2017"]
[374,"A Study of the Material Properties and Performance of Hot Isostatic Pressed (HIP) Type 316L Stainless Steel Powders and HIP Processing Available from Today’s International Supply Chain","EPRI","D. Gandy","2018"]
[375,"X이벤트(복잡성 과학자가 말하는 11가지 문명 붕괴 시뮬레이션)","반비","존 L.캐스티","2013"]
[376,"Strategy, not Technology, Drvies Digital Transformation","MIT SMR","Gerald C. Kane, Doug Palrmer, Anh Nguyen Phillips, David Kiron, Natacha buckley","2015"]
[377,"Digital innovation and transformation: An institutional perspective","Elsevier","Bob Hinings, Thomas Gegenhuber, Royston Greenwood","2018"]
[378,"Digital transformation in entrepreneurial firms through information exchange with operating environment","Elsevier","Gaurav Guptaa, Indranil Bose","2019"]
[379,"Controlled Switching of Unloaded Power Transformers","IEEE","M. Waldron","2004"]
[380,"Large Transient Neutral Currents During Energisation of 3 Phase Transformers","IEEE","Pender, J.T and Kirkland, I","1975"]
[381,"Mechanical Engineering Reference Manaul, 14th Edition","PPI","Michael R. Lindeburg, PE","2019"]
[382,"Cyber Security Program Guide for Nuclear Power Facilities","EPRI","M. Thow","2018"]
[383,"Hazards and Consequences Analysis for Digital Systems","EPRI","M. Gibson","2018"]
[384,"Advanced Nuclear Technology: Guidance on the Application of High- Density Polyethylene Piping","EPRI","C. Stover","2018"]
[385,"共同溝設計指針(공동구설계지침)","日本道路協會","日本道路協會","令和2年"]
[386,"ASME-Y14.5-1973(ANSI Y14.5-1973) :Dimensioning and Tolerancing","ASME","ASME",1973]
[387,"EN 14511-2 : Air Conditioners, liquid chilling packages and heat pumps for space heating and cooling and process chillers, with electrically driven compressors-Part 2 Test conditions","EN","EN",2018]
[388,"EN 14511-3 : Air Conditioners, liquid chilling packages and heat pumps for space heating and cooling and process chillers, with electrically driven compressors-Part 3 Test methods","EN","EN",2018]
[389,"EN 14511-4 : Air Conditioners, liquid chilling packages and heat pumps for space heating and cooling and process chillers, with electrically driven compressors-Part 4 Requirements","EN","EN",2018]
[390,"직류배전기술","스마트앤컴퍼니","김효성 외 4인",2019]
[391,"EN 14511-1 : Air Conditioners, liquid chilling packages and heat pumps for space heating and cooling and process chillers, with electrically driven compressors-Part 1 Terms and definitions","EN","EN",2018]
[392,"전력계통 보호 A to Z:제1권 Theory","스마트앤컴퍼니","이종훤",2019]
[393,"전력계통 보호 A to Z:제3권 제작사별 Function Algorithm & Test","스마트앤컴퍼니","이종훤",2019]
[394,"Jellyfish Ingress: A threat to the smooth operation of coastal power plant","Current Sci.","Masilamoni, J. G",2000]
[395,"Risk Analysis of Intake Structure Blockage in a Nuclear Power Plant","ASME","Jinkai Wang",2017]
[396,"EN 15218 : Air Conditioners and liquid chilling packages with evaporatively cooled condenser and with electrically driven compressors for space cooling-Terms, definitions, test conditions, test methods and requirements","EN","EN",2018]
[397,"전력계통 보호 A to Z:제2권 Commissioning Test","스마트앤컴퍼니","이종훤",2019]
[398,"TECHNICAL GUIDELINES NO 310.2R-2013 BUNDLE(English Book Plus CSP Chips)-Selecting and Specifying Concrete Surface Preparatio..","ICRI","ICRI",2013]
[399,"SSPC-VIS 3 Guide and Reference Photographs for Steel Surfaces Prepared by Power and Hand Tool Cleaning","SSPC","SSPC","2020"]
[400,"DIN EN 12599 : Ventilation for buildings –Test procedures and measurement methods to hand over air conditioning and ventilation systems","DIN EN","DIN EN",2012]
[401,"DIN EN 13142 : Ventilation for buildings –Components/products for residential ventilation – Required and optional performance characteristics","DIN EN","DIN EN",2013]
[402,"DIN EN 14134 : Ventilation for buildings – Performance measurement and checks for residential ventilation systems","DIN EN","DIN EN",2019]
[403,"DIN EN 15665 : Ventilation for buildings – Determining performance criteria for residential ventilation systems","DIN EN","DIN EN",2009]
[404,"DIN EN 15251 Indoor environmental input parameters for design and assessment of energy performance of buildings addressing indoor air quality, thermal environment, lighting and acoustics","DIN EN","DIN EN",2012]
[405,"Proceeding of the 19th International Conference on Enviromental Degradation of Materials in Nuclear Power Systems - Water Reactor ANS","The Minerals, Metals & Materials Society","ANS",2019]
[406,"DIN EN 16798-17 Energy performance of buildings – Ventilation for buildings – Part 17: Guidelines for inspection of ventilation and air conditioning systems (Module M411, M511, M611, M711)","DIN EN","DIN EN",2017]
[407,"DIN EN 16798-5-1 Energy performance of buildings – Ventilation for buildings – Part 5-1: Calculation methods for energy requirements of ventilation and air conditioning systems (Modules M5-6, M5-8, M6-5, M6-8, M7-5, M7-8) – Method 1: Distribution and generation","DIN EN","DIN EN",2017]
[408,"DIN EN 16798-5-2 Energy performance of buildings – Ventilation for buildings – Part 5-2:Calculation methods for energy requirements of ventilation systems (Modules M56, M58, M65, M75, M78) – Method 2: Distribution and generation","DIN EN","DIN EN",2017]
[409,"DIN EN 16798-7 Energy performance of buildings – Ventilation for buildings – Part 7: Calculation methods for the determination of air flow rates in buildings including infiltration (Modules M55)","DIN EN","DIN EN",2017]
[410,"DIN EN 16798-3 Energy performance of buildings – Ventilation for buildings – Part 3: For nonresidential buildings – Performance requirements for ventilation and roomconditioning systems (Modules M51, M54)","DIN EN","DIN EN",2017]
[411,"CEN/TR 14788 Ventilation for buildings - Design and dimentioning of residential ventilation systems","CEN/TR","CEN/TR",2007]
[412,"IEC 63046:2020 PRV Pre release version Nuclear Power Plants - Electrical systems - General requirements: IEC","IEC","IEC",2020]
[413,"In-Service Testing of Nuclear Air-Treatment, Heating, Ventilating, and Air-Conditioning Systems N511-2017","ASME","ASME",2018]
[414,"DIN EN 14825 Air conditioners, liquid chilling packages and heat pumps, with electrically driven compressors, for space heating and cooling - Testing and rating at part load conditions and calculation of seasonal performance","DIN EN","DIN EN",2019]
[415,"DIN EN 13445-1 Unfired pressure vessels – Part 1: General","DIN EN","DIN EN",2018]
[416,"BS EN 14276-1 Pressure equipment for refrigerating systems and heat pumps Part 1: Vessels — General requirements","BS EN","BS EN",2020]
[417,"BS EN 14276-2 Pressure equipment for refrigerating systems and heat pumps Part 2: Piping — General requirements","BS EN","BS EN",2020]
[418,"DIN EN 13445-2 Unfired pressure vessels – Part 2: Materials","DIN EN","DIN EN",2018]
[419,"ASME PTC 12.2:Steam Surface Condensers Performance Test Codes ASME","ASME","ASME",2010]
[420,"The Digital Transformation Playbook(Rethink your businesss for the digital age)","Columbia Business School Publishing","David L. Rogers",2016]
[421,"저소득층 지원을 위한 가정용 냉난방 에너지 소비형태 분석(기본연구보고서 19-08)","에너지경제연구원(KEEI).","김철현, 박광수",2019]
[422,"BTM 내 분산형자원의 경제성 비교 및 지원정책 개선방안 연구(기본연구보고서 19-17)","에너지경제연구원(KEEI).","석주헌",2019]
[423,"가격왜곡의 에너지소비 비효율성에 미치는 영향 분석(기본연구보고서 19-06)","에너지경제연구원(KEEI).","박광수, 남경식",2019]
[424,"E3ME 모형을 활용한 제3차 에너지기본계획 주요 정책의 사회.경제적 파급효과 분석(기본연구보고서 19-03)","에너지경제연구원(KEEI).","김수일",2019]
[425,"극치 이론을 활용한 최대전력 수요의 확률 분석(기본연구보고서 19-02)","에너지경제연구원(KEEI).","김철현",2019]
[426,"에너지총조사 가정부문 자료를 활용한 신재생에너지 설비 설치 요인과 에너지 소비 특성 분석(기본연구보고서 19-01)","에너지경제연구원(KEEI).","조일현",2019]
[427,"지능형 기술확산에 따른 에너지산업 가치사슬 변화(기본연구보고서 19-16)","에너지경제연구원(KEEI).","박찬국",2019]
[428,"공급형 가상발전소(VPP) 활성화 방안 연구: 소규모 전력 중개시장 활용을 중심으로(기본연구보고서 19-15)","에너지경제연구원(KEEI).","안재균, 김남일",2019]
[429,"세계 재생에너지 자국산 부품사용요건 정책에 대한 대응방안 연구(기본연구보고서 19-13)","에너지경제연구원(KEEI).","이석호, 김기환",2019]
[430,"태양광 발전의 보급 확산에 따른 상계제도의 개선방향 연구(기본연구보고서 19-12)","에너지경제연구원(KEEI).","이태의",2019]
[431,"에너지다소비 업종의 도시가스 소비구조 변화 연구(기본연구보고서 19-11)","에너지경제연구원(KEEI).","강병욱",2019]
[432,"데이터센터 폐열의 지역냉난방 활용 사례와 정책적 시사점(수시연구보고서 19-01)","에너지경제연구원(KEEI).","오세신",2019]
[433,"주택용 전기요금 필수사용량 보장공제의 문제점 분석(수시연구보고서 19-02)","에너지경제연구원(KEEI).","정연제",2019]
[434,"Fire Protection Engineering PE EXAM(Practice Exam)","Jeff Setzer. PE","Jeff Setzer",2019]
[435,"에너지전환 정책 실행을 위한 시사점 연구: 독일에서의 시민 참여와 지방 정부의 기여를 중심으로(수시연구보고서 18-09)","에너지경제연구원(KEEI).","심성희",2018]
[436,"유럽 주요국의 백색인증제도 운영 사례 연구(수시연구보고서 19-05)","에너지경제연구원(KEEI).","석주헌",2019]
[437,"수소경제 활성화에 따른 수소부문 에너지통계 작성을 위한 기반 연구(수시연구보고서 19-03)","에너지경제연구원(KEEI).","신힘철",2019]
[438,"파리협정 이행규칙과 국내 감축정책 이행에의 시사점(수시연구보고서 19-06)","에너지경제연구원(KEEI).","손인성, 김동구",2019]
[439,"편익이전 기법을 활용한 간헐성 전원의 계통비용 추정 연구(기본연구보고서 19-05)","에너지경제연구원(KEEI).","장희선",2019]
[440,"에너지 전환 추진에 있어 정부의 역할과 한계: 전환이론 관점을 중심으로(기본연구보고서 19-04)","에너지경제연구원(KEEI).","이상준",2019]
[441,"주요국 거버넌스 체계 분석을 통한 에너지 분야 지역분권 방향 연구(기본연구보고서 19-10)","에너지경제연구원(KEEI).","김창훈",2019]
[442,"저탄소 정책의 온실가스 부문 평가지표 개발 및 저탄소 정책 수립방향 연구3/3(기본연구보고서 18-25)","에너지경제연구원(KEEI).","노동운",2018]
[443,"국제유가 변동성 예측과 유가 확률분포 추정(기본연구보고서 19-07)","에너지경제연구원(KEEI).","서유정, 조철근",2019]
[444,"Generating power at high efficiency(Combined-cycle technology for sustainable energy production)","Woodhead Publishing","Eric Jeffs",2008]
[445,"API2000-2020 : Venting Atmospheric and Low-pressure Storage Tanks","API.","API",2020]
[446,"Understanding and mitigating ageing in nuclear power plants","Woodhead Publishing","Philip G. Tipping",2010]
[447,"시스템반도체 산업동향보고서","비피출판","목하균",2017]
[448,"Advanced separation techniques for nuclear fuel reprocessing and radioactive waste treatment","Woodhead Publishing","Kenneth L. Nash and Gregg J. Lumetta",2011]
[449,"Bioalcohol production(Biochemical conversion of lignocellulosic biomass)","Woodhead Publishing","Keith Waldron",2010]
[450,"AISC N690 : Specification for Safety-Related Steel Structures for Nuclear Facilities","AISC.","AISC",2018]
[451,"Information Management for Engineering Design","Springer.","R.H.Katz",1985]
[452,"Advanced power plant materials, design and technology","Woodhead Publishing","Dermot Roddy",2010]
[453,"IEC 60780 : (1998) Nuclear power plants - Electrical equipment of the safety system - Qualification: IEC","IEC","IEC",1998]
[454,"IEC 60068-1 : (1988) Environmental testing. Part 1: General and guidance","IEC","IEC",1988]
[455,"NFPA 70-2020 : National Electrical Code","NFPA","NFPA",2020]
[456,"Trouble with tacit: developing a new perspective and approach: Lesley Crane and Nick Bontis","Journal of Knowledge Management","Lesley Crane and Nick Bontis",2014]
[457,"Facilitating tacit knowledge transfer: routine compatibility, trustworthiness, and integration in M&As: Rebecca Ann Ranucci and David Souder","Journal of Knowledge Management","Rebecca Ann Ranucci and David Souder",2015]
[458,"Tacit knowledge sharing, self-efficacy theory, and application to the Open Source community: Megan Lee Endres, Steven P. Endres, Sanjib K. Chowdhury and Intakhab Alam","Journal of Knowledge Management","Megan Lee Endres, Steven P. Endres, Sanjib K. Chowdhury and Intakhab Alam",2007]
[459,"Tacit knowledge and organisational performance: construction industry perspective: Chaminda P. Pathirage, Dilanthi G. Amaratunga and Richard P. Haigh","Journal of Knowledge Management","Chaminda P. Pathirage, Dilanthi G. Amaratunga and Richard P. Haigh",2007]
[460,"Tacit knowledge transfer and the knowledge disconnect: Ted Foos, Gary Schum and Sandra Rothenberg","Journal of Knowledge Management","Ted Foos, Gary Schum and Sandra Rothenberg",2006]
[461,"Towards tacit knowledge sharing over social web tools: Panahi, Sirous, Watson, Jason, & Partridge, Helen","Journal of Knowledge Management","Panahi, Sirous, Watson, Jason, & Partridge, Helen",2013]
[462,"The use of tacit knowledge within innovative companies: knowledge management in innovative enterpris...: Ragna Seidler-de Alwis and Evi Hartmann","Journal of Knowledge Management","Ragna Seidler-de Alwis and Evi Hartmann",2008]
[463,"Organisational culture's influence on tacit knowledge sharing behaviour: Visvalingam Suppiah and Manjit Singh Sandhu","Journal of Knowledge Management","Visvalingam Suppiah and Manjit Singh Sandhu",2011]
[464,"Trust and tacit knowledge sharing and use: J. Scott Holste and Dail Fields","Journal of Knowledge Management","J. Scott Holste and Dail Fields",2010]
[465,"원자력 안전연감 2019년","한국원자력안전기술원","한국원자력안전기술원",2020]
[466,"2019 에너지통계연보 (Yearbook of energy statistics)","에너지경제연구원.","에너지경제연구원",2019]
[467,"ANS 8.1-2014 : nuclear criticality safety in operations with fissionable materials outside reactors","ANS.","ANS",2014]
[468,"2020 Global Construction Costs Year book 20th edition","Compass International Inc.","Compass International",2020]
[469,"ANSI/AGMA 6006-B20 Standard for Design and Specifications of Gearboxes for Wind Turbines: ANSI/AGMA","ANSI","ANSI/AGMA",2020]
[470,"EN 1563 : Founding – Spheroidal graphite cast irons European Standards","European Standards","European Standards",2018]
[471,"배출권거래시장 연계의 최신 논의 동향과 시사점(수시연구보고서 18-02)","에너지경제연구원(KEEI).","심성희",2018]
[472,"주요국의 전력설비예비율 비교 연구(수시연구보고서 18-05)","에너지경제연구원(KEEI).","박명덕",2018]
[473,"탄소효율성과 기업성과간 관계 분석:국내 기업의 사례 분석(수시연구보고서 19-04)","에너지경제연구원(KEEI).","신동현",2019]
[474,"Fundamentals of Corrosion : Mechanisms, Causes, and Preventative Methods","Taylor & Francis","Schweitzer, Philip A",2009]
[475,"Wind energy systems(Optimising design and construction for safe and reliable operation)","Woodhead Publishing","John D. Sorensen and Jens N. Sorensen",2011]
[476,"ISO 15926-13:2018 / Industrial automation systems and integration — Integration of life-cycle data for process plants including oil and gas production facilities — Part 13:Integrated asset planning life-cycle","ISO","ISO",2018]
[477,"ISO/TS 15926-8:2011 / Industrial automation systems and integration — Integration of life-cycle data for process plants including oil and gas production facilities — Part 8: Implementation methods for the integration of distributed systems: Web Ontology Language (OWL) implementation","ISO","ISO",2011]
[478,"ISO/TS 15926-7:2011 / Industrial automation systems and integration — Integration of life-cycle data for process plants including oil and gas production facilities — Part 7:Implementation methods for the integration of distributed systems:Template methodology","ISO","ISO",2011]
[479,"ISO/TS 15926-4:2019 Industrial automation systems and integration — Integration of life-cycle data for process plants including oil and gas production facilities - Part 4:Initial reference data: ISO","ISO","ISO",2019]
[480,"ISO 15926-1:2004 / Industrial automation systems and integration — Integration of life-cycle data for process plants including oil and gas production facilities —Part 1: Overview and fundamental principles: ISO","ISO","ISO",2004]
[481,"Developments and innovation in carbon dioxide (CO2) capture and storage technology(Volume 1: Carbon dioxide (CO2) capture, transport and industrial applications)","Woodhead Publishing","M. Mercedes Maroto-Valer",2010]
[482,"Stand-alone and hybrid wind energy systems(Technology, energy storage and applications)","Woodhead Publishing","J. K. Kaldellis",2010]
[483,"Geological repository systems for safe disposal of spent nuclear fuels and radioactive waste","Woodhead Publishing","Joonhong Ahn and Michael J. Apted",2010]
[484,"Biodiesel science and technology(From soil to oil)","Woodhead Publishing","Jan C. J. Bart, Natale Palmeri and Stefano Cavallaro",2010]
[485,"Framework for Assessing Multi-Unit Risk to Support Risk-Informed Decision-Making(Phase 1: Initial Framework Development)","EPRI","F Ferrante",2019]
[486,"Digital Systems Engineering (Requirements Engineering Guideline)","EPRI","M. Gibson",2020]
[487,"Safety Integrity Level (SIL) Certification Efficacy for Nuclear Power","EPRI","M. Gibson",2019]
[488,"SymPLe Architecture and Methodology (Achieving Verifiable and High Integrity Instrumentation and Control Systems Through Complexity Awareness and Constrained Design)","EPRI","M. Gibson",2019]
[489,"Methodology for Modeling Fire Growth and Suppression Response for Electrical Cabinet Fires in Nuclear Power Plants(NUREG-2230)","EPRI","A. Lindeman",2019]
[490,"Seismic Fragility Guidance for Pressurized Water Reactor Nuclear Steam Supply System Components","EPRI","H. Charkas",2019]
[491,"External Flooding Probabilistic Risk Assessment Walkdown Guidance","EPRI","M. Randelovic",2019]
[492,"SEL 487E Protective Relay Reference Cyber Security Data Sheet (CSDS)","EPRI","J. Lawrence",2019]
[493,"Alternative Approaches for Addressing Seismic Risk in 10 CFR 50.69 Risk-Informed Categorization","EPRI","J. Richards",2020]
[494,"Electrical Signature Analysis (ESA) for On-Line Equipment Condition Monitoring","EPRI","M. Taylor",2020]
[495,"API2000-1998 : Venting Atmospheric and Low-pressure Storage Tanks(Nonrefrigerated and Refrigerated)","API.","API",1998]
[496,"Study of Lift-Off Tests and Data Trending for Post-Tensioned Tendons","EPRI","H. Charkas, M. Guimaraes",2019]
[497,"Methodology for Modeling Plant Trip Probabilities in Nuclear Power Plant Fire Probabilistic Risk Assessment","EPRI","A. Lindeman",2019]
[498,"The Future of Nuclear Power","Elsevier","J.N. Lillington",2004]
[499,"Area-Wide Acoustic and Electromagnetic (AEM) Signature Health Monitoring (Phase 2)","EPRI","S. Lopez",2019]
[500,"Loss of Offsite Power Seismic Fragility Guidance","EPRI","J. Richards",2019]
[501,"Evaluation of Windborne Missile Fragilities for Piping, Vent Stacks, Liquid-Filled Tanks, and Concrete Panels","EPRI","H. Charkas",2019]
[502,"Verification and Validation of the Tornado Missile Strike Calculator","EPRI","H. Charkas",2019]
[503,"Updated Equipment Seismic Capacities from Experience Data for Use in Fragility Calculations(Phase III Incorporation of Test Data Pilot)","EPRI","J. Richards",2019]
[504,"Refining and Characterizing Heat Release Rates from Electrical Enclosures During Fire(NUREG-2178)","EPRI","A. Lindeman",2019]
[505,"Guideline for the Development of Risk Monitors(EPRI Configuration Risk Management Forum Research Task)","EPRI","D. Hance",2019]
[506,"NEMA MG1-2016 : Motors and generators 2018 Update Package","NEMA.","NEMA.",2018]
[507,"Applications of Probabilistic Risk Assessment (Republication of EPRI NP-7315)","EPRI","P. O’Regan, D. Kull",2019]
[508,"Methodology for the Evaluation of Used Oil for Radiological Contamination (Focusing on Hard-to-Detect Radionuclides,Tritium, and Carbon-14)","EPRI","D. Perkins",2019]
[509,"Use of Potassium Hydroxide in Western-Design Pressurized Water Reactors (Chemistry and Radiation Safety Assessments)","EPRI","K. Fruzzetti",2019]
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[528,"AWS B1.10M/B1.10:2016: Guide for the Nondestructive Examination of Welds","AWS.","ANSI",2016]
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[533,"NEMA SB50-2014 : Emergency Communications Audio Intelligibility Applications Guide","NEMA.","NEMA",2014]
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[585,"AWS D1.3/D1.3M-2018 : Structural welding Code-Sheet Steel","AWS.","AWS",2018]
[586,"ISO 18125 Solid biofuels — Determination of calorific value","ISO","ISO",2017]
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[592,"BSI EN 54-20 Fire Protection and fire alarm systems Part 20 : Aspirating smoke detector","BSI","BSI",2006]
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[613,"ASME/BPVC SEC II(Materials Specifications) Part A-Ferrous, 1977 Edition","ASME","ASME",1977]
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[616,"프로젝트관리지침서(A Guide to Project Management Success)","한국프로젝트경영협회","한국프로젝트경영협회",2020]
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[618,"Seismic Fragility Assessment for Buildings due to Earthquake Excitation","springer","NAZRI, FADZLI MOHAMED",2018]
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[620,"CSA ISO 17225-4:15(R2020) Solid biofuels - Fuel specifications and classes - Part 4 : Graded wood chips","CSA","ISO",2015]
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[630,"FIB Bulletin No.95 : Fibre Reinforced Concrete:From Design to Structural Applications","The International Federation for Structural Concrete(fib)","FIB",2020]
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[633,"NF M64-001 Procedure for qualification of electric equipment installed in containments for pressurized water reactors subject to accident conditions","AFNOR","AFNOR",1991]
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[638,"AWS D1.1 Code Clinic 2015 Edition CWI Seminar","AWS.","AWS",2015]
[639,"AWS PRGWM 1999 The Practical Reference Guide to WELDING METALLURGY - Key Concepts for Weldability","AWS.","AWS",1999]
[640,"AWS PRGC 1999 The Practical Reference Guide for Corrosion of Welds","AWS.","AWS",1999]
[641,"AWS PARW 1998 The Professional's Advisor on Resistance Welding","AWS.","AWS",1998]
[642,"AWS PASS 1999 The Professional's Advisor on Welding of Stainless Steels","AWS.","AWS",1999]
[643,"AWS PRGHF 2002 The Practical Reference Guide for Hardfacing","AWS.","AWS",2002]
[644,"AWS PRGVT 1999 The Practical Reference Guide for WELDING INSPECTION MANAGEMENT - Visual Inspection of Pressure Vessels and Pressure Piping","AWS.","AWS",1999]
[645,"Fundamentals of Earthquake Engineering: From Source to Fragility","wiley","Amr S. Elnashai, Luigi Di Sarno",2015]
[646,"BS 5839-1 part 1 : Fire detection and fire alarm systems for buildings — Part 1 Code of practice for design, installation, commisioning and maintenance of systems in non-domestic premises","BSI","BSI",2017]
[647,"Mitigation of magnetic inrush current during controlled energization of coupled un-loaded power transformers in presence of residual flux without load side voltage measurements","Internal Journal of Electric Power Energy System","U. Parikh and B. R. Bhalja",2016]
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[650,"A Model Written Practice 2020 EDITION BASED ON RECOMMENDED PRACTICE NO. SNT-TC-1A","ASNT","ASNT",2020]
[651,"ANSI / ASNT CP-189 ASNT STANDARD 2020 EDITION FOR QUALIFICATION AND CERTIFICATION OF NONDESTRUCTIVE TESTING PERSONNEL","ASNT","ASNT",2020]
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[653,"SAE(AMS) 5894B Cobalt Alloy, Bars, Sheet, and Plate 60Co-28Cr-4.5W-1.15C Solution Heat Treates","SAE Aerospace","SAE Aerospace",2004]
[654,"SAE(AMS) 2269F Chemical Check Analysis Limits Nickel, Nickel Alloys, and Cobalt Alloys","SAE Aerospace","SAE Aerospace",2006]
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[656,"FE Ohter Disciplines Practice Exam(effective with exams beginning July 2020)","USA: NCEES, 2020.","NCEES",2020]
[657,"ISO/TS 15926-11 Industrial automation systems and integration - Integration of life-cycle data for process plants including oil and gas production facilities - Part 11: Methodology for simplified industrial usage of reference data","ISO/TS","ISO",2015]
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