[Organization]:
-All
-AECL
-McMaster University
-CNSC
-CANTEACH
-Individual Contributions
-OPG
-University of Toronto
-RdF Corporation
-NB Power
-University of New Brunswick
-Chulalongkorn University
-IAEA
-Babcock & Wilcox Canada
-IMechE
-University of Ontario Institute of Technology
-CNA
-FJOHSS
-UNENE
[Concept]:
-Chemistry and Corrosion
-Component Design Details
-Electrical, Instrumentation & Control
-General
-Generic Design Issues
-Heat and Thermodynamics
-Materials
-Mathematics
-Mechanical
-Overview
-Reactor Physics
-Safety
-Thermalhydraulics
[SI]:
-00000 General Project
-01000 General Engineering (Methods, Policy, Procedures)
-03000 Engineering Science and Technology
-03200 Mechanical Engineering
-03300 Nuclear Engineering
-03400 Radiation Protection (including Waste Management)
-03600 Nuclear Safety (Reactor)
-09000 Special Studies
-10000 Site and Improvements
-20000 Buildings and Structures
-30000 Reactor, Steam Generators and Auxiliaries
-31000 Reactor
-32000 Moderator System
-32100 Moderator Main Circuit
-32200 Moderator Purification System
-32300 Moderator Cover Gas System
-32500 Moderator Collection System
-32700 Moderator Liquid Poison System
-33000 Primary Heat Transport System
-33100 Main Heat Transport System
-33300 Primary Heat Transport Auxiliaries
-33400 Cooling Systems
-33500 Gas Control System
-33600 Overpressure Relief System
-33700 D2O Sampling System
-33800 Collection System
-33900 Installation and Maintenance Equipment
-34000 Auxiliary System
-35000 Fuel Transfer and Storage
-36000 Steam Generator Steam and Water Systems
-37000 Fuel
-38000 Heavy Water Management
-40000 Turbine, Generator and Auxiliaries
-50000 Electric Power Systems
-60000 Instrumentation and Control
-70000 Common Processes and Services
-80000 Construction Plant
-90000 Operations and Commissioning
[Discipline]:
-Biology
-Chemical Engineering
-Chemistry
-Civil Engineering
-Electrical Engineering
-Environmental Engineering
-General Engineering
-General Science
-Health Physics
-History
-Materials Engineering
-Mathematics
-Mechanical Engineering
-Nuclear Engineering
-Physics
-Psychology
[Topic]:
-Basic Equations
-Conceptual
-Corrosion
-Costs
-Fluid Mechanics
-Fuel Management
-Function
-Heat Transfer
-Heavy Water
-Human Factors
-Important Parameters
-Index
-Intro and Overview
-Layout
-Maintainability
-Modeling
-Objectives
-Performance
-Physical Description
-Process Systems
-Purification
-Radiation
-Reactor Physics
-Reliability
-Safety
-Shielding
-Steady State
-Table of Contents
-Thermalhydraulics
-Thermodynamics
-Transient
-Tritium
-Waste Handling
[Phase]:
-Commissioning
-Concept
-Construction
-Decommissioning
-Design
-Design Analysis
-Design Description
-Design Evolution
-Design Manual
-Design Optimization
-Design Process
-Design Requirements
-Development
-Licensing
-Operation
-Safety
-Safety Analysis
[Audience]:
-College
-Engineer
-Grad
-High
-K-8
-Manager
-Technician
-Ugrad
-Vendor
[Concept]: Overview Documents
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This page updated on 03/18/2025 22:57:41 |
Documents below are listed chronologically. Use the links on the left or below to filter documents by keyword. Use the links above to jump to a specific year on this page.
Number of files: 9
-
Pickering Generating Station Design Description, OPG, 1969-01-01. Doc type: Report.
Summary:
Keywords: [Concept] Overview [SI] 00000 General Project 10000 Site and Improvements 20000 Buildings and Structures 30000 Reactor, Steam Generators and Auxiliaries 40000 Turbine, Generator and Auxiliaries 50000 Electric Power Systems 60000 Instrumentation and Control [Discipline] General Engineering Nuclear Engineering [Topic] Intro and Overview Physical Description Process Systems [Phase] Design Operation Safety [Audience] College Engineer Technician Ugrad
- OH-PickeringDD1969.pdf (23589 kb) -
How and Why is CANDU designed the way it is, by Bill Garland, CANTEACH, 2000-12-01. Doc type: Paper.
Summary: Why we need nuclear power; A look at the nuclear reactor in a nutshell; The engineering approach - CANDUs are engineered systems, typified by functional decomposition; A quick overview of CANDU vs PWR vs BWR and others.
Keywords: [Concept] Overview [SI] 03000 Engineering Science and Technology [Discipline] Nuclear Engineering [Topic] Intro and Overview [Phase] Concept Design [Audience] High
- 20000101.pdf (819 kb) -
CANDU - How a Reactor Works, AECL, 2001-01-02. Doc type: Presentation.
Summary: A handy overview poster showing how a CANDU reactor works.
Keywords: [Concept] Overview [SI] 03000 Engineering Science and Technology [Discipline] General Engineering [Topic] Intro and Overview [Phase] Operation [Audience] High
- 20010601.pdf (578 kb) -
CANDU Origins and Evolution, by Gordon L.Brooks and John S. Foster, AECL, 2001-02-01. Doc type: Paper.
Summary: While the name 'CANDU' was not adopted until the 1960's, the CANDU program can be considered to have started in early 1954. At that time, a team, called the Nuclear Power Group, was established to undertake studies intended to identify a potential Canadian nuclear power system. While the team operated under the auspices of AECL and was located in Building 456 at AECL's Chalk River Laboratory, its membership was drawn from a cross-section of Canadian utility and industrial organizations supported, as required, with "nuclear" expertise provided by AECL staff.
Keywords: [Concept] Overview [SI] 03000 Engineering Science and Technology 31000 Reactor [Discipline] General Engineering Nuclear Engineering [Topic] Conceptual Important Parameters Intro and Overview [Phase] Concept Design Design Evolution [Audience] Manager
- Overview 20010301.pdf (132 kb)
- Why CANDU 20010302.pdf (99 kb)
- Figure of 8 20010303.pdf (111 kb)
- Emergency Core Cooling System 20010304.pdf (107 kb)
- The Origin and Evolution of the Second Shutdown System 20010305.pdf (101 kb) -
Concept Maps, by Bill Garland, CANTEACH, 2011-01-01. Doc type: Other.
Summary: Illustrated are the overall concepts and topics in the various disciplines involved in the design and operation of CANDU reactors. This provides some guidance for the detailed study of CANDU reactors.
Keywords: [Concept] Overview [SI] - [Discipline] Nuclear Engineering [Topic] Conceptual Intro and Overview [Phase] Concept [Audience] College Engineer Grad High Manager Technician Ugrad
- Overview of Concepts and Topics 20110101.pdf (264 kb)
1969-01-01---------Jump to [Top]
2000-12-01---------Jump to [Top]
2001-01-02---------Jump to [Top]
2001-02-01---------Jump to [Top]
2011-01-01---------Jump to [Top]
[Author Index]
-, A.C. Mao
-Adachi, and J.D.
-Archinoff, G.H.
-Arsenault, Benoit
-Aubin, A.
-Banerjee, S.
-Barkman, Nick
-Bate, D.L.S.
-Bennett, L.L.
-Bereznai, G.
-Bewers, J.M.
-Boczar, P.G.
-Boyd, F.C.
-Brenciaglia, John
-Bromley, Blair P.
-Brooks, G.L.
-Brooks, Gordon L.
-Broughton, A.
-Buell, J.R.
-Burnham, J. U.
-Burnham, J.U.
-Burnham, Jan
-Bush, W.R.
-Busigin, A.
-Cameron, Ian
-CANTEACH
-Carter, T.}.
-Carver, M.B.
-Cashwell, J.W.
-Cenanovic, Matija
-Chaplin, Robin
-Chow, H.C.
-Chuanqing, Lin
-Cloutier, L.
-Courchesne, L.
-Cowper, G.
-Cramer, J.
-Crist, J.
-Crist, J.E.
-Critoph, E.
-D.Dueck
-Daams, J.
-Dahlinger, A.
-Dastur, A.R.
-Disney, and D.J.
-Doria, F.J.
-Dueck, D.
-Dueck, Dick
-Dyckerhoff, D.
-Dyke, J.M.
-Editor-in-Chief
-Elisson, K.
-Elston, K. E.
-Fehrenbach, P.J.
-Fenn, J.H.
-Forsstrom, Hans G.
-Foster, John S.
-Frescura, G.M.
-Garland, Bill
-Garland, W.J.
-Garland, Wm. J.
-Gertz, C.P.
-Glockler, Oszvald
-Goland, David
-Gonzalez, F.
-Grant, I.
-Gray, J.L.
-Groh, John L.
-Groom, Stu
-Haacke, L.
-Haasz, A.A.
-Haines, R.I.
-Hancock, D.C.
-Hancox, W.T.
-Hanna, B.N.
-Harms, Archie
-Harrison, V.A.
-Hart, R.S.
-Harvey, S.B.
-Hassmann, K.
-Hebert, Alain
-Hedges, K.R.
-Hewitt, and I.S.
-Hongqi, Gong
-Horton, E.P.
-Horton, S.G.
-Hotte, G.
-Howey, G.R.
-Howie, George
-Howieson, J.Q.
-Hussein, E.
-Hussein, E.M.A.
-Hutchinson, F.J.
-Ingham, P.J.
-Jaitly, R.
-Jenkins, D.A.
-Jennekens, Jon
-Jianping, Cai
-Jianqiang, Shan
-Jijun, Xu
-Jizhou, Zhu
-Johnson, L.H.
-Johnston, Norman C.
-Johnston, R.C.
-Judd, R.A.
-Kay, J.M.
-Keyes, W.
-Kiteley, J.e.
-Koclas, J.
-Kosarenko, Yulia
-Krasnoebski, J.
-Krishnan, V.S.
-L.Brooks, Gordon
-Lafortune, J.F.
-Lane, A. D.
-Lavoie, P.A.
-Lee, A.G.
-Lee, W.
-Lewis, W.B.
-Lightfoot, Malcolm
-Lister, D.
-Locke, K.E.
-Lowe, P.O.
-Luxat, J.e.
-Luxat, John C
-MacBeth, M.
-MacBeth, Mike
-Macici, and N.
-MacPherson, J.A.
-Mallory, J.P.
-Manzer, A.M.
-Maureira, Hugo
-McConnell, Lorne G.
-McDevitt, C.A.
-McLean, Adam
-McNair, G.W.
-McQuade, D.
-McQuade, Dennis
-Meneley, D.A.
-Meneley, Dan
-Merz, E.R.
-Miglin, and B.P.
-Milgram, M.S.
-Milley, D. C.
-Morison, W.G.
-Mosey, Alan Wyatt; David
-Mosher, M.E.
-Muzumdar, A.P.
-Muzumdar, and A.P.
-Myers, O.K.
-Needham
-Neuhauser, K.S.
-Nucleonics
-OConnor, D.R.
-Odoj, and R.
-Olmstead, R.A.
-Olsen, J.L
-Ott, K.O.
-Owen, D.G.
-Page, R.
-Page, R. D.
-Page, R.D.
-Parent, G.
-Pasanen, A.A.
-Pease, L.
-Penn, W. J.
-Petrunik, Ken
-Ping, He
-Pon, G.A.
-Poolpol, and S.
-Popple, R.T.
-Porter, R.S.
-Primeau, D.B.
-Rao, P.K.M.
-Reardon, P.C.
-Renshaw, R.H.
-Rixin, Kang
-Roberts, J.G.
-Robertson, J.A.L.
-Rogers, J.T.
-Ronald
-Ross-Ross, P.A.
-Rouben, and B.
-Rouben, B.
-Rouben, Ben
-Rozon, D.
-Rozon, Daniel
-Ruan, Y.Q.
-Rummery, T.E.
-Sainsbury, J.D.
-Schneider, W.G.
-Schoonen, D.H.
-Schultz, C.L.
-Sen, Shen
-Shalaby, B.A.
-Sheppard, S.
-Siddall, E.
-Sigh, A.
-Simmons, R.B.V.
-Sinclair, A.N.
-Singh, H.
-Snell, V.
-Snell, V.G.
-Sood, S. K.
-Spekkens, P.
-Staff
-staff, AECL
-Stangeby, P.c.
-Stelliga, D. J.
-Stevenson, D.
-Stevenson, J.D.
-Suizheng, Qiu
-Tahir, and A.
-Talbot, K.H.
-Tapping, R.L.
-Tapucu, A.
-Taylor, R.B.
-Theus, G.}.
-Usmani, S.A.
-Vaccaro, F.P.
-Vandergraaf, and T. T.
-Varanasi, Surya
-Voss, James T.
-Wakeman, and B.H.
-Wanggui, Jin
-Webber, C.E.
-Wenhui, Song
-Werner, M.M.
-Whitlock, J. J.
-Whitney, R.
-Wieckowski, G.
-Wiener, E.S.
-Wight, A.L.
-Wilkin, G.B.
-Williams, A.
-Wilson, B. K.
-Winfield, D.
-Woodhead, L. W.
-Woolever, C.A.
-XingGuan, Zhu
-Yagoubi, Mostafa
-Yan, Ji
-Yanfa, Zhang
-Yaremy, E.M.
-Zhang, Jianmin
-Zhang, Shao-hong
-Zhenhua, Zhang
-Zhizhang, Huang
-Zhonsheng, Xie
-Zikovsky, L.
-Zikovsky, Lubomir