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["등록번호 이니셜별 등록 리스트"]
["* 2020년 7월 1일 ~ 12월 31일까지 등록된 도서목록임"]
["순번","등록번호","도서명","등록일"]
[1,"M00010130515","共同溝設計指針(공동구설계지침)",20200701]
[2,"M00010130516","ASME-Y14.5-1973(ANSI Y14.5-1973) :Dimensioning and Tolerancing",20200702]
[3,"M00010130518","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",20200703]
[4,"M00010130519","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",20200703]
[5,"M00010130520","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",20200703]
[6,"M00010130523","직류배전기술",20200703]
[7,"M00010130517","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",20200703]
[8,"M00010130522","가스기사&산업기사 실기",20200703]
[9,"M00010130524","전력계통 보호 A to Z:제1권 Theory",20200703]
[10,"M00010130526","전력계통 보호 A to Z:제3권 제작사별 Function Algorithm & Test",20200703]
[11,"M00010130527","Jellyfish Ingress: A threat to the smooth operation of coastal power plant",20200703]
[12,"M00010130528","Risk Analysis of Intake Structure Blockage in a Nuclear Power Plant",20200703]
[13,"M00010130521","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",20200703]
[14,"M00010130525","전력계통 보호 A to Z:제2권 Commissioning Test",20200703]
[15,"M00010130530","TECHNICAL GUIDELINES NO 310.2R-2013 BUNDLE(English Book Plus CSP Chips)-Selecting and Specifying Concrete Surface Preparatio..",20200706]
[16,"M00010130529","SSPC-VIS 3 Guide and Reference Photographs for Steel Surfaces Prepared by Power and Hand Tool Cleaning",20200706]
[17,"M00010130531","DIN EN 12599 : Ventilation for buildings –Test procedures and measurement methods to hand over air conditioning and ventilation systems",20200708]
[18,"M00010130532","DIN EN 13142 : Ventilation for buildings –Components/products for residential ventilation – Required and optional performance characteristics",20200708]
[19,"M00010130533","DIN EN 14134 : Ventilation for buildings – Performance measurement and checks for residential ventilation systems",20200708]
[20,"M00010130534","DIN EN 15665 : Ventilation for buildings – Determining performance criteria for residential ventilation systems",20200708]
[21,"M00010130535","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",20200709]
[22,"M00010130542","Proceeding of the 19th International Conference on Enviromental Degradation of Materials in Nuclear Power Systems - Water Reactor ANS",20200709]
[23,"M00010130540","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)",20200709]
[24,"M00010130536","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",20200709]
[25,"M00010130537","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",20200709]
[26,"M00010130538","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)",20200709]
[27,"M00010130539","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)",20200709]
[28,"M00010130541","CEN/TR 14788 Ventilation for buildings - Design and dimentioning of residential ventilation systems",20200709]
[29,"M00010130543","IEC 63046:2020 PRV Pre release version Nuclear Power Plants - Electrical systems - General requirements: IEC",20200710]
[30,"M00010130544","In-Service Testing of Nuclear Air-Treatment, Heating, Ventilating, and Air-Conditioning Systems N511-2017",20200710]
[31,"M00010130545","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",20200714]
[32,"M00010130546","DIN EN 13445-1 Unfired pressure vessels – Part 1: General",20200714]
[33,"M00010130548","BS EN 14276-1 Pressure equipment for refrigerating systems and heat pumps Part 1: Vessels — General requirements",20200714]
[34,"M00010130549","BS EN 14276-2 Pressure equipment for refrigerating systems and heat pumps Part 2: Piping — General requirements",20200714]
[35,"M00010130547","DIN EN 13445-2 Unfired pressure vessels – Part 2: Materials",20200714]
[36,"M00010130550","ASME PTC 12.2:Steam Surface Condensers Performance Test Codes ASME",20200715]
[37,"M00010130551","The Digital Transformation Playbook(Rethink your businesss for the digital age)",20200716]
[38,"M00010130501","저소득층 지원을 위한 가정용 냉난방 에너지 소비형태 분석(기본연구보고서 19-08)",20200716]
[39,"M00010130502","BTM 내 분산형자원의 경제성 비교 및 지원정책 개선방안 연구(기본연구보고서 19-17)",20200716]
[40,"M00010130504","가격왜곡의 에너지소비 비효율성에 미치는 영향 분석(기본연구보고서 19-06)",20200716]
[41,"M00010130507","E3ME 모형을 활용한 제3차 에너지기본계획 주요 정책의 사회.경제적 파급효과 분석(기본연구보고서 19-03)",20200716]
[42,"M00010130508","극치 이론을 활용한 최대전력 수요의 확률 분석(기본연구보고서 19-02)",20200716]
[43,"M00010130509","에너지총조사 가정부문 자료를 활용한 신재생에너지 설비 설치 요인과 에너지 소비 특성 분석(기본연구보고서 19-01)",20200716]
[44,"M00010130510","지능형 기술확산에 따른 에너지산업 가치사슬 변화(기본연구보고서 19-16)",20200716]
[45,"M00010130511","공급형 가상발전소(VPP) 활성화 방안 연구: 소규모 전력 중개시장 활용을 중심으로(기본연구보고서 19-15)",20200716]
[46,"M00010130512","세계 재생에너지 자국산 부품사용요건 정책에 대한 대응방안 연구(기본연구보고서 19-13)",20200716]
[47,"M00010130513","태양광 발전의 보급 확산에 따른 상계제도의 개선방향 연구(기본연구보고서 19-12)",20200716]
[48,"M00010130514","에너지다소비 업종의 도시가스 소비구조 변화 연구(기본연구보고서 19-11)",20200716]
[49,"M00010130558","데이터센터 폐열의 지역냉난방 활용 사례와 정책적 시사점(수시연구보고서 19-01)",20200716]
[50,"M00010130559","주택용 전기요금 필수사용량 보장공제의 문제점 분석(수시연구보고서 19-02)",20200716]
[51,"M00010130560","Fire Protection Engineering PE EXAM(Practice Exam)",20200716]
[52,"M00010130554","에너지전환 정책 실행을 위한 시사점 연구: 독일에서의 시민 참여와 지방 정부의 기여를 중심으로(수시연구보고서 18-09)",20200716]
[53,"M00010130555","유럽 주요국의 백색인증제도 운영 사례 연구(수시연구보고서 19-05)",20200716]
[54,"M00010130556","수소경제 활성화에 따른 수소부문 에너지통계 작성을 위한 기반 연구(수시연구보고서 19-03)",20200716]
[55,"M00010130557","파리협정 이행규칙과 국내 감축정책 이행에의 시사점(수시연구보고서 19-06)",20200716]
[56,"M00010130505","편익이전 기법을 활용한 간헐성 전원의 계통비용 추정 연구(기본연구보고서 19-05)",20200716]
[57,"M00010130506","에너지 전환 추진에 있어 정부의 역할과 한계: 전환이론 관점을 중심으로(기본연구보고서 19-04)",20200716]
[58,"M00010130552","주요국 거버넌스 체계 분석을 통한 에너지 분야 지역분권 방향 연구(기본연구보고서 19-10)",20200716]
[59,"M00010130553","저탄소 정책의 온실가스 부문 평가지표 개발 및 저탄소 정책 수립방향 연구3/3(기본연구보고서 18-25)",20200716]
[60,"M00010130503","국제유가 변동성 예측과 유가 확률분포 추정(기본연구보고서 19-07)",20200716]
[61,"M00010130565","Generating power at high efficiency(Combined-cycle technology for sustainable energy production)",20200717]
[62,"M00010130561","API2000-2020 : Venting Atmospheric and Low-pressure Storage Tanks",20200717]
[63,"M00010130569","Understanding and mitigating ageing in nuclear power plants",20200717]
[64,"M00010130563","시스템반도체 산업동향보고서",20200717]
[65,"M00010130566","Advanced separation techniques for nuclear fuel reprocessing and radioactive waste treatment",20200717]
[66,"M00010130567","Bioalcohol production(Biochemical conversion of lignocellulosic biomass)",20200717]
[67,"M00010130562","AISC N690 : Specification for Safety-Related Steel Structures for Nuclear Facilities",20200717]
[68,"M00010130564","Information Management for Engineering Design",20200717]
[69,"M00010130568","Advanced power plant materials, design and technology",20200717]
[70,"M00010130570","IEC 60780 : (1998) Nuclear power plants - Electrical equipment of the safety system - Qualification: IEC",20200720]
[71,"M00010130571","IEC 60068-1 : (1988) Environmental testing. Part 1: General and guidance",20200720]
[72,"M00010130581","NFPA 70-2020 : National Electrical Code",20200721]
[73,"M00010130572","Trouble with tacit: developing a new perspective and approach: Lesley Crane and Nick Bontis",20200721]
[74,"M00010130573","Facilitating tacit knowledge transfer: routine compatibility, trustworthiness, and integration in M&As: Rebecca Ann Ranucci and David Souder",20200721]
[75,"M00010130574","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",20200721]
[76,"M00010130575","Tacit knowledge and organisational performance: construction industry perspective: Chaminda P. Pathirage, Dilanthi G. Amaratunga and Richard P. Haigh",20200721]
[77,"M00010130576","Tacit knowledge transfer and the knowledge disconnect: Ted Foos, Gary Schum and Sandra Rothenberg",20200721]
[78,"M00010130577","Towards tacit knowledge sharing over social web tools: Panahi, Sirous, Watson, Jason, & Partridge, Helen",20200721]
[79,"M00010130578","The use of tacit knowledge within innovative companies: knowledge management in innovative enterpris...: Ragna Seidler-de Alwis and Evi Hartmann",20200721]
[80,"M00010130579","Organisational culture's influence on tacit knowledge sharing behaviour: Visvalingam Suppiah and Manjit Singh Sandhu",20200721]
[81,"M00010130580","Trust and tacit knowledge sharing and use: J. Scott Holste and Dail Fields",20200721]
[82,"M00010130584","원자력 안전연감 2019년",20200722]
[83,"M00010130585","2019 에너지통계연보 (Yearbook of energy statistics)",20200722]
[84,"M00010130583","ANS 8.1-2014 : nuclear criticality safety in operations with fissionable materials outside reactors",20200722]
[85,"M00010130582","2020 Global Construction Costs Year book 20th edition",20200722]
[86,"M00010130586","ANSI/AGMA 6006-B20 Standard for Design and Specifications of Gearboxes for Wind Turbines: ANSI/AGMA",20200723]
[87,"M00010130587","EN 1563 : Founding – Spheroidal graphite cast irons European Standards",20200723]
[88,"M00010130588","인사, 임금사례총람",20200727]
[89,"M00010130589","배출권거래시장 연계의 최신 논의 동향과 시사점(수시연구보고서 18-02)",20200728]
[90,"M00010130590","주요국의 전력설비예비율 비교 연구(수시연구보고서 18-05)",20200728]
[91,"M00010130591","탄소효율성과 기업성과간 관계 분석:국내 기업의 사례 분석(수시연구보고서 19-04)",20200728]
[92,"M00010130592","Fundamentals of Corrosion : Mechanisms, Causes, and Preventative Methods",20200729]
[93,"M00010130613","Wind energy systems(Optimising design and construction for safe and reliable operation)",20200803]
[94,"M00010130614","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",20200803]
[95,"M00010130615","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",20200803]
[96,"M00010130616","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",20200803]
[97,"M00010130617","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",20200803]
[98,"M00010130618","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",20200803]
[99,"M00010130611","Developments and innovation in carbon dioxide (CO2) capture and storage technology(Volume 1: Carbon dioxide (CO2) capture, transport and industrial applications)",20200803]
[100,"M00010130609","Stand-alone and hybrid wind energy systems(Technology, energy storage and applications)",20200803]
[101,"M00010130612","Geological repository systems for safe disposal of spent nuclear fuels and radioactive waste",20200803]
[102,"M00010130610","Biodiesel science and technology(From soil to oil)",20200803]
[103,"M00010130593","Framework for Assessing Multi-Unit Risk to Support Risk-Informed Decision-Making(Phase 1: Initial Framework Development)",20200804]
[104,"M00010130465","Digital Systems Engineering (Requirements Engineering Guideline)",20200804]
[105,"M00010130461","Safety Integrity Level (SIL) Certification Efficacy for Nuclear Power",20200804]
[106,"M00010130462","SymPLe Architecture and Methodology (Achieving Verifiable and High Integrity Instrumentation and Control Systems Through Complexity Awareness and Constrained Design)",20200804]
[107,"M00010130598","Methodology for Modeling Fire Growth and Suppression Response for Electrical Cabinet Fires in Nuclear Power Plants(NUREG-2230)",20200804]
[108,"M00010130471","Seismic Fragility Guidance for Pressurized Water Reactor Nuclear Steam Supply System Components",20200804]
[109,"M00010130472","External Flooding Probabilistic Risk Assessment Walkdown Guidance",20200804]
[110,"M00010130468","SEL 487E Protective Relay Reference Cyber Security Data Sheet (CSDS)",20200804]
[111,"M00010130469","Alternative Approaches for Addressing Seismic Risk in 10 CFR 50.69 Risk-Informed Categorization",20200804]
[112,"M00010130470","Electrical Signature Analysis (ESA) for On-Line Equipment Condition Monitoring",20200804]
[113,"M00010130621","API2000-1998 : Venting Atmospheric and Low-pressure Storage Tanks(Nonrefrigerated and Refrigerated)",20200804]
[114,"M00010130602","Study of Lift-Off Tests and Data Trending for Post-Tensioned Tendons",20200804]
[115,"M00010130600","Methodology for Modeling Plant Trip Probabilities in Nuclear Power Plant Fire Probabilistic Risk Assessment",20200804]
[116,"M00010130622","The Future of Nuclear Power",20200804]
[117,"M00010130467","Area-Wide Acoustic and Electromagnetic (AEM) Signature Health Monitoring (Phase 2)",20200804]
[118,"M00010130594","Loss of Offsite Power Seismic Fragility Guidance",20200804]
[119,"M00010130595","Evaluation of Windborne Missile Fragilities for Piping, Vent Stacks, Liquid-Filled Tanks, and Concrete Panels",20200804]
[120,"M00010130596","Verification and Validation of the Tornado Missile Strike Calculator",20200804]
[121,"M00010130597","Updated Equipment Seismic Capacities from Experience Data for Use in Fragility Calculations(Phase III Incorporation of Test Data Pilot)",20200804]
[122,"M00010130599","Refining and Characterizing Heat Release Rates from Electrical Enclosures During Fire(NUREG-2178)",20200804]
[123,"M00010130601","Guideline for the Development of Risk Monitors(EPRI Configuration Risk Management Forum Research Task)",20200804]
[124,"M00010130620","NEMA MG1-2016 : Motors and generators 2018 Update Package",20200804]
[125,"M00010130603","Applications of Probabilistic Risk Assessment (Republication of EPRI NP-7315)",20200804]
[126,"M00010130604","Methodology for the Evaluation of Used Oil for Radiological Contamination (Focusing on Hard-to-Detect Radionuclides,Tritium, and Carbon-14)",20200804]
[127,"M00010130605","Use of Potassium Hydroxide in Western-Design Pressurized Water Reactors (Chemistry and Radiation Safety Assessments)",20200804]
[128,"M00010130606","Uncertainties in Radiation Risk Assessments (Summary and Research Prioritization)",20200804]
[129,"M00010130607","Groundwater characterization, Groundwater monitoring, Groundwater protection program, Groundwater remediation, Tritium",20200804]
[130,"M00010130608","Application of Remote Monitoring Technologies to Risk-Inform Condition Based Radiological Surveys",20200804]
[131,"M00010130463","Digital Systems Engineering (Configuration Management Guideline)",20200804]
[132,"M00010130464","Guidelines for Electromagnetic Compatibility Testing of Power Plant Equipment (Revision 5 to TR-102323)",20200804]
[133,"M00010130466","Digital Systems Engineering (Modernization Guide for Practitioners)",20200804]
[134,"M00010130619","NEMA MG1-2016 : Motors and generators",20200804]
[135,"M00010130633","Development of a Zinc Pretreatment Method for Corrosion Product Management Radiation Field and Fuel Crud Source Terms",20200805]
[136,"M00010130630","Evaluation of Dimethylethanolamine (DMEA) as a Pressurized Water Reactor Secondary pH Control Agent",20200805]
[137,"M00010130631","Proceedings of the 21st International Conference on Water Chemistry in Nuclear Reactor Systems San Francisco",20200805]
[138,"M00010130632","PWR Primary Water Chemistry Guidelines Review: 2019 Meeting Proceedings",20200805]
[139,"M00010130624","Clean Coal Technologies for Power Generation",20200805]
[140,"M00010130626","Effects of Zinc on PWR Chemistry and Radiochemistry (PWR Chemistry and Radiation Management and Source Term Technical Strategy Groups)",20200805]
[141,"M00010130627","Behavior of Zinc and Silica in the PWR Primary System: PWR Chemistry Technical Strategy Group Report",20200805]
[142,"M00010130628","Impact and Avoidances of BWR Chemistry Transients Following Chemical Decontaminations",20200805]
[143,"M00010130629","Use of Potassium Hydroxide in Western-Design Pressurized Water Reactors (Chemistry and Radiation Safety Assessments)",20200805]
[144,"M00010130623","The Future of Coal",20200805]
[145,"M00010130625","Evaluation of Commercial Filters for Improved Reactor Coolant Purification (PWR Chemistry Technical Strategy Group Report)",20200805]
[146,"M00010130634","AWS B1.10M/B1.10:2016: Guide for the Nondestructive Examination of Welds",20200806]
[147,"M00010130635","CSA N289.4-12 (R2012) Testing Procedure for Seismic Qualification of nuclear power plant structures, systems, and components: CSA",20200811]
[148,"M00010130636","CSA N289.3-10 (R2015) Design Procedure for Seismic Qualification of nuclear power plants",20200811]
[149,"M00010130637","CSA N289.1-08 (R2013) General Requirements for Seismic Design and Qualification of CANDU Nuclear power plants: CSA",20200811]
[150,"M00010130641","GLOBAL WARMING(Fossil Fuels and Pollution The Future of Air Quality)",20200813]
[151,"M00010130638","NEMA SB50-2014 : Emergency Communications Audio Intelligibility Applications Guide",20200813]
[152,"M00010130639","NFPA 72F-1985 : Standard for the Installation, Maintenance and Use of Emergency Voice/Alarm Communication Systems",20200813]
[153,"M00010130640","UL-1480-2017 : STANDARD FOR SAFETY(Speakers for Fire Alarm and Signaling Systems, Including Accessories)",20200813]
[154,"M00010130642","GLOBAL RENEWABLES OUYLOOK(ENERGY TRANSFORMATION 2050)",20200813]
[155,"M00010130646","ISO 20816-5 Mechanical vibration - Measurement and evaluation of machine vibration - Part 5: Machine sets in hydraulic power generating and pump-storage plants",20200819]
[156,"M00010130643","ISO 20816-1 Mechanical vibration - Measurement and evaluation of machine vibration - Part 1: General guidelines",20200819]
[157,"M00010130644","ISO 20816-2 Mechanical vibration - Measurement and evaluation of machine vibration - Part 2: Land-based gas turbines, steam turbines and generators in excess of 40 MW, with fluid-film bearings and rated speeds of 1 500 r/min, 1 800 r/min, 3 000 r/min and 3 600 r/min",20200819]
[158,"M00010130645","ISO 20816-4 Mechanical vibration - Measurement and evaluation of machine vibration - Part 4: Gas turbines in excess of 3 MW, with fluid-film bearings",20200819]
[159,"M00010130647","Steam its generation and use",20200820]
[160,"M00010130648","transient response of current transformers",20200820]
[161,"M00010130649","Protection requirements on transient response of digital acquisition chain Reference 768(B5 Protection and automation) WG B5.24",20200820]
[162,"M00010130656","ISO 15926 based integration of process plant life-cycle information including maintenance activity",20200826]
[163,"M00010130657","Modeling nuclear power plants engineering data using ISO 15926",20200826]
[164,"M00010130658","Belt Conveyors for Bulk Materials, 7th Edition. CEMA",20200827]
[165,"M00010130659","An investigation of the harmonic characteristics of transformer excitation current under nonsinusoidal supply voltage",20200908]
[166,"M00010130660","Transformer Sympathetic Inrush Characteristics and Identification based on Substation-area Information",20200908]
[167,"M00010130661","Study on a Mal-operation case of differential protection due to the interaction between magnetizing inrush and sympathetic Inrush",20200908]
[168,"M00010130662","Influence of Sympathetic Inrush on voltage Dips caused by Transformer Energisation",20200908]
[169,"M00010130663","Case studies of magnetizing inrush current effect on differential & REF transformer protection",20200908]
[170,"M00010130664","Controlled switching to mitigate power transformers inrush current phenomenon",20200908]
[171,"M00010130665","Study on the unusual misoperation of differential rotection during transformer energization and its countermeasure",20200908]
[172,"M00010130666","Characteristics of Inrush Current of Present Designs of Power Transformers",20200908]
[173,"M00010130667","Using Conditional Kernel Density Estimation for Wind Power Density Forecasting",20200908]
[174,"M00010130668","Long term control of 3D engineering data for nuclear power plants: Thomas Paviot",20200908]
[175,"M00010130669","Fluid-Structure Dynamics with a Modal Hybrid Method",20200909]
[176,"M00010130670","A Study on Leakage Flow Induced Vibration From Engineering Viewpoint",20200909]
[177,"M00010130671","ROSATOM's NPP Development System Architecting: Systems Engineering to Improve Plant Development",20200910]
[178,"M00010130674","IEC 60060-1:High-voltage test techniques-Part 1: General definitions and test requirements IEC",20200915]
[179,"M00010130672","Avian collision risk at an offshore wind farm",20200915]
[180,"M00010130673","Analytical modelling of wind speed deficit in large offshore wind farms",20200915]
[181,"M00010130675","IEC 61869-1:Instrument transformers-Part 1:General requirements IEC",20200915]
[182,"M00010130676","IEC 61869-2:Instrument transformers-Part 2:Additional requirements for current transformers IEC",20200915]
[183,"M00010130677","B5 Protection and automation issues of islanded systems during system restoration/black start(Reference 810)",20200917]
[184,"M00010130678","IEC 62271-1 :High-voltage switchgear and controlgear - Part 1: Common specifications for alternating current swichgear and controlgear",20200924]
[185,"M00010130680","IEC 60909-0 : Short-circuits in three-phase a.c.systems-Part 0:Calculation of currents",20200924]
[186,"M00010130679","IEC 62271-200 : High-voltage swithchgear and controlgear - Part 200:AC metal-enclosed switchgear and controlgear for rated votages above 1 kV and up to and including 52 kV",20200924]
[187,"M00010130681","2020 세계 원자력발전의 현황과 동향",20201007]
[188,"M00010130682","DESIGN EXPERT, MINITAB과 R을 활용한 실험계획법",20201008]
[189,"M00010130683","엔지니어를 위한 ABAQUS",20201008]
[190,"M00010130684","MInitab 예제 중심의 실험계획법",20201008]
[191,"M00010130685","Global Electrical Digital Twin Market 2026",20201010]
[192,"M00010130686","CT Saturation Calculations: Are They Applicable in the Modern World?-Part IV: CT sizing as per IEC STANDARDS AND THE BENEFITS OF NON CONVENTIONAL INSTRUMENT TRANSFORMERS",20201013]
[193,"M00010130687","CT Saturation Calculations: Are They Applicable in the Modern World?-Part III: Low-ratio, high-current CT/MICROPROCESSOR RELAY COMPARISONS AT A HIGH-CURRENT TESTING LABORATORY",20201013]
[194,"M00010130688","CT Saturation Calculations: Are They Applicable in the Modern World?-Part II: Proposed Responsibilities",20201013]
[195,"M00010130689","CT Saturation Calculations: Are They Applicable in the Modern World?-Part I:The Question",20201013]
[196,"M00010130690","Transient inrush current in high-efficiency and standard motors: FRANCIS A. SCHEDA",20201015]
[197,"M00010130691","A Review of Decision Support Models for Offshore Wind Farms with an Emphasis on Operation and Maintenance Strategies",20201019]
[198,"M00010130692","New procedure for wind farm maintenance",20201019]
[199,"M00010130693","산업안전지도사",20201021]
[200,"M00010130694","산업안전지도사 2차 건설안전공학",20201021]
[201,"M00010130695","전부개정 산업안전보건법 업무 편람",20201021]
[202,"M00010130696","ISO 5049-1 :1994 Mobile equipment for continuous handling bulk materials-Part 1 : Rules for the design of steel structures",20201021]
[203,"M00010130697","AWS D1.3/D1.3M-2018 : Structural welding Code-Sheet Steel",20201022]
[204,"M00010130698","ISO 18125 Solid biofuels — Determination of calorific value",20201029]
[205,"M00010130699","Decomposition Principle for Linear Programs",20201030]
[206,"M00010130700","Routing and scheduling of maintenance fleet for offshore wind farms",20201030]
[207,"M00010130701","IEC 61515:2016 Mineral Insulated metal-sheathed thermocouple and thermocouples IEC",20201030]
[208,"M00010130702","ASME BPVC SECTION 1 : Rules for Construction of Power Boilers",20201030]
[209,"M00010130703","BSI EN 54-21 Fire Protection and fire alarm systems Part 21 : Alarm transmission and fault warning routing equipment",20201102]
[210,"M00010130704","BSI EN 54-20 Fire Protection and fire alarm systems Part 20 : Aspirating smoke detector",20201102]
[211,"M00010130705","BSI EN 54-11 Fire detection and fire alarm systems part 11 : Manual call points",20201102]
[212,"M00010130706","전고체 전지(Solid-state battery) 소재/공정 기술향상을 통한 상용화 방안",20201103]
[213,"M00010130709","2020 산업안전보건법령집",20201103]
[214,"M00010130707","IoE(에너지인터넷) 기반의 ESS 융복합시스템과 마이크로그리드(MG) 구축방안",20201103]
[215,"M00010130708","차세대 이차전지 개발 현황과 ESS 안전성 확보 및 활용방안",20201103]
[216,"M00010130710","도로교 설계기준(한계 상태 설계법) 해설(2015)",20201103]
[217,"M00010130714","Energy systems integration facilities at the natinonal renewable energy laboratory",20201105]
[218,"M00010130711","EN 54-18 : Fire detection and fire alarm systems Part 18: Input/output devices",20201105]
[219,"M00010130712","BS EN 54-2 : Fire detection and fire alarm systems - Part 2: Control and indicating equipment",20201105]
[220,"M00010130713","CEN/TS 54-14 : Fire detection and fire alarm systems Part 14: Guidelines for planning, design, installation, commissioning, use and maintenance",20201105]
[221,"M00010130715","EN 50172 : 2004 Emergency escape lighting systems",20201106]
[222,"M00010130716","EN 1838 : 2013 Lighting applications - Emergency lighting",20201106]
[223,"M00010130717","EN 13201-2 : 2015 Road lighting Part 2 : Performance requirements",20201106]
[224,"M00010130718","EN 12665 : 2018 Light and lighting - Basic terms and criteria for specifying lighting requirements",20201106]
[225,"M00010130719","EN 12464-2 : 2014 Light and lighting - Lighting of work places Part 2 : Outdoor work places",20201106]
[226,"M00010130720","EN 12464-1 : 2011 Light and lighting - Lighting of work places Part 1: Indoor work places",20201106]
[227,"M00010130721","Arcing Fault Protection for Low-Voltage Power Distribution System - Nature of the Problem",20201106]
[228,"M00010130722","BSI EN 54-1 Fire detection and fire alarm Part 1: Introduction",20201110]
[229,"M00010130723","PE Electrical and Computer : Power Practice Exam",20201111]
[230,"M00010130724","World Energy Outlook 2020 IEA",20201111]
[231,"M00010130725","ASME/BPVC SEC II(Materials Specifications) Part A-Ferrous, 1977 Edition",20201112]
[232,"M00010130726","ASME/BPVC SEC II(Materials Specifications) Part A-Ferrous, 1977 Edition 1977, 1978, 1979 Summer Winter Addenda",20201112]
[233,"M00010130727","IEC 62003(2009) : Nuclear power plants – Instrumentation and control important to safety –Requirements for electromagnetic compatibility testing",20201113]
[234,"M00010130728","프로젝트관리지침서(A Guide to Project Management Success)",20201117]
[235,"M00010130732","Risk-Based Structural Evaluation Methods: Best Practices and Development of Standards",20201119]
[236,"M00010130731","Seismic Fragility Assessment for Buildings due to Earthquake Excitation",20201119]
[237,"M00010130730","Seismic Ground Response Analysis",20201119]
[238,"M00010130729","CSA ISO 17225-4:15(R2020) Solid biofuels - Fuel specifications and classes - Part 4 : Graded wood chips",20201119]
[239,"M00010130733","ETC-F 2013:EPR Technical Code for Fire protection",20201119]
[240,"M00010130740","道路橋示方書 同解說 I 共通編(도로교시방서.동해설 I. 공통편)",20201119]
[241,"M00010130738","道路橋示方書 同解說 IIIコソクリート橋 コソクリート部材編(도로교시방서.동해설 III.콘크리트교.콘크리트부재편)",20201119]
[242,"M00010130739","道路橋示方書 同解說 II鋼橋 鋼部材編(도로교시방서.동해설 II.강교.강부재편)",20201119]
[243,"M00010130741","道路橋示方書 同解說 IV下部構造編(도로교시방서.동해설 IV.하부구조편)",20201119]
[244,"M00010130737","道路橋示方書 同解說 V耐震設計編(도로교시방서.동해설 V.내진설계편)",20201119]
[245,"M00010130735","수도시설내진공법지침해설(2009년판) I.총론 (水道施設耐震工法指針•解說(2009年版))",20201119]
[246,"M00010130734","수도시설내진공법지침해설(2009년판) 설계사례집(水道施設耐震工法指針•解說(2009年版) 設計事例集)",20201119]
[247,"M00010130736","수도시설내진공법지침해설(2009년판) II.각론 (水道施設耐震工法指針•解說(2009年版))",20201119]
[248,"M00010130744","FIB Bulletin No.95 : Fibre Reinforced Concrete:From Design to Structural Applications",20201120]
[249,"M00010130742","THE RELIABILITY OF EXPERT SYSTEMS",20201124]
[250,"M00010130743","전기용어집",20201124]
[251,"M00010130745","NF M64-001 Procedure for qualification of electric equipment installed in containments for pressurized water reactors subject to accident conditions",20201126]
[252,"M00010130746","Fundamentals of Seismic Loading on Structures",20201127]
[253,"M00010130747","Concrete Buildings in Seismic Regions",20201127]
[254,"M00010130748","fib Model Code for Concrete Structures 2010",20201127]
[255,"M00010130756","Guidelines and best practices for the commissioning and operation of controlled switching projects(WG A3.35)",20201130]
[256,"M00010130759","AWS D1.1 Code Clinic 2015 Edition CWI Seminar",20201201]
[257,"M00010130765","AWS PRGWM 1999 The Practical Reference Guide to WELDING METALLURGY - Key Concepts for Weldability",20201203]
[258,"M00010130766","AWS PRGC 1999 The Practical Reference Guide for Corrosion of Welds",20201203]
[259,"M00010130761","AWS PARW 1998 The Professional's Advisor on Resistance Welding",20201203]
[260,"M00010130762","AWS PASS 1999 The Professional's Advisor on Welding of Stainless Steels",20201203]
[261,"M00010130763","AWS PRGHF 2002 The Practical Reference Guide for Hardfacing",20201203]
[262,"M00010130764","AWS PRGVT 1999 The Practical Reference Guide for WELDING INSPECTION MANAGEMENT - Visual Inspection of Pressure Vessels and Pressure Piping",20201203]
[263,"M00010130768","Fundamentals of Earthquake Engineering: From Source to Fragility",20201209]
[264,"M00010130767","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",20201209]
[265,"M00010130770","Mitigation of magnetic inrush current during controlled energization of coupled un-loaded power transformers in presence of residual flux without load side voltage measurements",20201210]
[266,"M00010130769","Seismic Risk Analysis of Nuclear Power Plants",20201210]
[267,"M00010130774","reg guide 1.29-2016(rev.5) : SEISMIC DESIGN CLASSIFICATION FOR NUCLEAR POWER PLANTS",20201214]
[268,"M00010130771","A Model Written Practice 2020 EDITION BASED ON RECOMMENDED PRACTICE NO. SNT-TC-1A",20201214]
[269,"M00010130772","ANSI / ASNT CP-189 ASNT STANDARD 2020 EDITION FOR QUALIFICATION AND CERTIFICATION OF NONDESTRUCTIVE TESTING PERSONNEL",20201214]
[270,"M00010130773","SNT-TC-1A 2020 EDITION PERSONNEL QUIALIFICATION AND CERTIFICATION IN NONDESTRUCTIVE TESTING",20201214]
[271,"M00010130780","SAE(AMS) 5894B Cobalt Alloy, Bars, Sheet, and Plate 60Co-28Cr-4.5W-1.15C Solution Heat Treates",20201216]
[272,"M00010130781","SAE(AMS) 2269F Chemical Check Analysis Limits Nickel, Nickel Alloys, and Cobalt Alloys",20201216]
[273,"M00010130783","2020 필리핀 투자실무가이드 (KOTRA자료 20-194)",20201222]
[274,"M00010130784","IAEA SSG-39 DESIGN OF INSTRUMENTATION AND CONTROL SYSTEMS FOR NUCLEAR POWER PLANTS(SPECIFIC SAFETY GUIDE)",20201222]
[275,"M00010130782","FE Ohter Disciplines Practice Exam(effective with exams beginning July 2020)",20201222]
[276,"M00010130785","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",20201229]
[277,"M00010130786","ISO 15926-10 Industrial automation systems and integration - Integration of life cycle data for process plants including oil and gas production facilities - Part 10:Conformance testing",20201229]
[278,"M00010130787","ISO/TS 15926-6 Industrial automation systems and integration - Integration of life-cycle data for process plants including oil and gas production facilities - Part 6: Methodology for the development and validation of reference data",20201229]
[279,"M00010130788","ISO/TS 15926-3 : 2009 Industrial automation systems and integration - Integration of life-cycle data for process plants including oil and gas production facilities - Part 3:Reference data for geometry and topology",20201229]
[280,"M00010130789","90년생 공무원이 왔다",20201231]