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         Nuclear Power:     more books (100)
  1. Conservation Fallout: Nuclear Protest At Diablo Canyon by John Wills, 2006-08-17
  2. Introduction to Nuclear And Particle Physics by C. Bromberg, A Das, et all 2006-08-25
  3. Fire In the East: The Rise of Asian Military Power and the Second Nuclear Age by Paul Bracken, 2000-07-01
  4. Nuclear Fuel Cycle: Analysis and Management by Robert G. Cochran, Nicholas Tsoulfanidis, 1993-01
  5. Structural Materials in Nuclear Power Systems (Environment, Development, and Public Policy)
  6. The Pros and Cons of Nuclear Power (The Energy Debate) by Ewan McLeish, 2007-09-30
  7. Fundamentals of Nuclear Reactor Physics by Elmer E Lewis, 2008-01-18
  8. Nuclear Power (Fueling the Future)
  9. Nuclear Safety by Gianni Petrangeli, 2006-07-18
  10. Nuclear Systems: Elements Of Thermal Design by Neil E. Todreas, 1990-07-01
  11. A new start: can the U.S. lower the barriers to new nuclear power construction?(alleviating credit risk in financing nuclear power plants): An article from: Energy by Peter Rigby, 2003-03-22
  12. Nuclear Power: A Reference Handbook by Harry Henderson, 2000-09-01
  13. Nuclear Power (Library in a Book) by David E. Newton, 2005-12-31
  14. Environmental Impact of Nuclear Power Plants (Progress in nuclear energy series)

101. Welcome To Urenco
Provides uranium enrichment services to nuclear power utilities worldwide.
http://www.urenco.com/

102. A Dynamic Programming Model Of U.S. Nuclear Power Plant Operations Ewp-mic/95020
A Dynamic Programming Model of US nuclear power Plant Operations. Paperewpmic/9502001 From John Rust Date Mon, 6 Feb 95 1503
http://econwpa.wustl.edu/eprints/mic/papers/9502/9502001.abs
EconWPA
Links to Viewable Files Microeconomics (D1-D4) EconWPA Search Page
A Dynamic Programming Model of U.S. Nuclear Power Plant Operations
Paper:ewp-mic/9502001 From: John Rust Date: Mon, 6 Feb 95 15:03:52 CST Date (revised): Mon, 6 Feb 95 15:20:22 CST Date (revised): Mon, 6 Feb 95 15:27:24 CST
  • Title: A Dynamic Programming Model of U.S. Nuclear Power Plant Operations
  • Author: Geoffrey Rothwell (Department of Economics, Stanford University) and John Rust (Department of Economics, University of Wisconsin)
  • Contact: Obfuscate("leland.stanford.edu","rothwell") Obfuscate("gemini.econ.yale.edu","jrust")
  • Comments: TeX file, Postscript version submitted, 75 pages
  • Report-no:
  • EWP References: unassigned RR 1
Abstract: Papers generally have Acrobat pdf and Postscript formats see viewing papers
Files may be obtained with or without compression see compressed files Postscript files: viewing .ps archive 9502001.ps or 9502001.ps.gz is 999219 bytes
archive 9502001.ps or 9502001.ps.gz
alternate US 9502001.ps or 9502001.ps.gz
Acrobat pdf files: viewing .pdf

103. Freiheit
Opposes nuclear power in Britain, instead supporting development of alternative sources. Multilingual site.
http://www.energiepartnerschaft.org

104. Green World
Information on environmental and social problems of the Baltic Region. Protection of the Baltic Sea marine ecosystem and the nature reserves of the Gulf of Finland. Risks from Leningrad nuclear power Plant in Sosnovy Bor. with four RMBK1000 Chernobyl-type reactors and over loaded waste nuclear fuel storage in Sosnovy Bor.
http://greenworld.org.ru

105. World Nuclear Association | Information And Issue Briefs | Nuclear Power In Chin
Home Information and Issue Briefs nuclear power in China. nuclear power in China. April 2004. Mainland China has nine nuclear
http://www.world-nuclear.org/info/inf63.htm
News About the WNA WNA Charter Nuclear Portal ... General/Sundry Nuclear Power in China May 2004
  • Mainland China has nine nuclear power reactors in operation and a further two units under construction. Additional reactors are planned, to give a fourfold increase in nuclear capacity by 2020.
  • The country aims to become self-sufficient in reactor design and construction, as well as uranium supply and fuel production.
  • Electricity demand is growing very rapidly.
  • Mainland China's known uranium resources appear to be sufficient for the short-term, though a closed fuel cycle strategy has been adopted.
  • On Taiwan six nuclear power reactors operate and two advanced reactors are under construction.
Nuclear power development in mainland China commenced in 1970 and the industry has now moved to a steady development period. While coal is the main energy source in China, most reserves are in the north or northwest and present an enormous logistic problem. Most electricity produced in mainland China is supplied by fossil fuels (about 80%, mainly coal) and hydro power (about 18%). About 340 GWe is installed and 1478 TWh was generated in 2001. Nuclear power has an important role, especially in the coastal areas remote from the coalfields and where the economy is developing rapidly. In 2003 it provided 43.7 billion kWh.

106. World Nuclear Association | Information And Issue Briefs | World Nuclear Power R
World nuclear power Reactors 200204 and Uranium Requirements. 25 March 2004. NUCLEAR ELECTRICITY GENERATION 2002, REACTORS OPERABLE
http://www.world-nuclear.org/info/reactors.htm
News About the WNA WNA Charter Nuclear Portal ... General/Sundry
World Nuclear Power Reactors 2002-04 and Uranium Requirements 25 May 2004
NUCLEAR ELECTRICITY GENERATION 2002 REACTORS OPERABLE
May 2004 REACTORS under CONSTRUCTION
May 2004 REACTORS PLANNED
May 2004 REACTORS PROPOSED
May 2004 URANIUM REQUIRED
billion kWh % e No. MWe No. MWe No. MWe No. MWe tonnes U Argentina Armenia Belgium Brazil Bulgaria Canada* China** Czech Republic Egypt Finland France Germany Hungary India Indonesia Iran Israel Japan Korea DPR (North) Korea RO (South) Lithuania Mexico Netherlands Pakistan Romania Russia Slovakia Slovenia South Africa Spain Sweden Switzerland Ukraine United Kingdom USA Vietnam WORLD billion kWh % e No. MWe No. MWe No. MWe No. MWe tonnes U NUCLEAR ELECTRICITY GENERATION 2002 REACTORS OPERATING REACTORS BUILDING ON ORDER or PLANNED PROPOSED URANIUM REQUIRED Sources:
Reactor data: WNA to 25/5/04.
WNA: Global Nuclear Fuel Market (reference scenario) - for U. Operating = Connected to the grid
Building/Construction = first concrete for reactor poured, or major refurbishment under way

107. The Canadian Nuclear FAQ - Dr. Jeremy Whitlock
This is an unofficial and privatelymaintained list of Frequently-Asked Questions (FAQ s) regarding nuclear power generation in Canada.
http://www.nuclearfaq.ca/
www.nuclearfaq.ca by Dr. Jeremy Whitlock
Today is
What's NEW? Contents Site Statistics Photo Gallery ... Feedback Search this
website:
Tonnes of air pollution and greenhouse gases avoided in Canada by nuclear power in March 2004:
Click here for more monthly data (aussi disponible en français
This website, established in April 1996, is an unofficial and privately-maintained list of Frequently-Asked Questions (FAQ's) regarding CANDU reactors and nuclear power generation in Canada. It is designed to meet general as well as technical interest needs. The FAQ's and their answers are compiled by the author , and do not necessarily represent the official views of Atomic Energy of Canada Ltd. (AECL), the Canadian Nuclear Society (CNS), nor any other component of the Canadian nuclear industry. The information given here is in the public domain, and assumes some general knowledge of nuclear technology. It is meant to complement the wealth of nuclear-related information already on the Web. For example, good introductions to nuclear power in general can be found in John McCarthy's Nuclear Energy FAQ or Joseph Gonyeau's Virtual Nuclear Tourist . Lawrence Berkeley National Lab's excellent ABCs of Nuclear Science and Particle Adventure websites summarize the physics of radioactive decay and subatomic particle theory. Other

108. Tohoku ElectricPower
Based in Sendai. With guide for investors, procurement information, R D, newsletter, nuclear power and environmental information, plus regional tourism guide.
http://www.tohoku-epco.co.jp/index-e.htm
Last updated:11 March 2004
Tohoku Electric Power Co., Inc.
7-1, Honcho 1-chome, Aoba-ku, Sendai, Miyagi 980-8550 JAPAN
E-mail: webmaster@tohoku-epco.co.jp

109. BgiTool.com, Nuclear Power Plant Maintenance Tools Precision Super Ultra Grip Wr
Manufactures selection of tooling for nuclear power and machine shop industries. Products include tool kits for nuclear workers, as well as indicator holders and mounts, tube benders, and a special Tbold installation device.
http://www.bgitool.com
B.G.I. Tooling, Co.
31w325 Wolsfeld Rd.
Elgin, IL 60120
(847)742-2340 (fax)
sales@bgitool.com
B.G.I. Tooling, Co., is a privately owned design and machining service company for the Nuclear Industry , the Medical Industry , and the Machining and Commercial Industries . We specialize in precision quality tooling, manufacturing and design, milling, and turning with both CNC and conventional machines. We are also distributors for the number one Indoor Air and Water Purification Company. About Us
Equipment List

Customer List
...
Millanyangle

Check out the
Pentagon letters
Letter 1
and Letter 2 praising our Air Purifiers
Our tools were designed specifically to suit the nuclear worker and to provide simple and fast operation with their safety in mind. We have provided B.W.R. Plants with our complete state-of-the-art tool kit to disassemble/assemble CRD's effectively within a low dose frame, by reducing a 30 minute high radiation maintenance task, to under 7 minutes. We carry our own product line of tooling, which we manufacture for the Machining and Commercial Industry. Here we offer Custom Indicator Holders and Mounts, 5D Heavy Wall Tube Benders, and the Turn T Bolt with Safe-T Washer. We are also suppliers of the MILLANYANGLE 2000, the WORLD'S FIRST Carbide Indexable End Mill that can cut at ANY ANGLE. In this industry we provide some of the largest Medical Manufacturers precision quality designs for their Surgical Tables, Accessories, Orthopedic and Prosthetic products. Whether their needs are new product designs or production runs on existing or new parts, we always provide our customers with ontime, top quality products.

110. Nuclear (and Energy)
us. History This Seattle Times series traces the history, impacts and future of atomic weapons and nuclear power. Uranium Resource
http://www.dist214.k12.il.us/users/asanders/nuc.html
Nuclear Energy
compiled by Audrey Sanderson: send updates, corrections, and additions to email asanders@dist214.k12.il.us. History This Seattle Times series traces the history, impacts and future of atomic weapons and nuclear power. Uranium Resource Centre archive: A comprehensive Australian site offering educational resources , (such as radiation and life, chemistry of uranium waste management , etc)an electronic textbook Nuclear Electricity, briefing papers, as well as information about uranium mining! Excellent Nuclear electricity :a 2000 electronic textbook in process.5 stars! The text includes LINKED chapters on mining uranium and reactors , waste managemen t, uses of nuclear energy peaceful and deterrents, energy resources and demand. Presented by Uranium Information Council in Australia Virtual Nuclear Tourist a visual page with numerous EXCELLENT links. . Focus is on the design,operation, and regulation of all nuclear plant types. Photos and descriptions are included for plants around the world. Dr. Gonyeau's intent is to make the site a texbook. He has visited and worked at the cited facilities! There is even an opportunity to ask questions Radioactive Waste Institute The 5400 links posted here attempt to present a non-biased picture of all facets of nuclear waste disposal US Nuclear Regulatory Commission,

111. Nuclear Power In Quebec
nuclear power in Quebec. Historical Perspective. nuclear power in Quebec and indeed in Canada has turned out to be a very great disappointment.
http://www.ccnr.org/Nuke_Quebec.html
Canadian Coalition
for Nuclear
Responsibility
Regroupement pour
la surveillance
Nuclear Power in Quebec
prepared for the Public Debate on Energy
by Gordon Edwards, President of CCNR
autumn 1995
Historical Perspective
Nuclear power in Quebec and indeed in Canada has turned out to be a very great disappointment. Once promoted as a safe, clean, and cheap energy source, nuclear power is now seen by many Quebecers as dangerous, dirty and expensive. The Gentilly-2 reactor was built with a promise from Ottawa to pay half the total cost, estimated to be less than $400 million. The plant actually cost almost four times the initial estimate, but Ottawa felt obliged only to pay half of the original estimate. The Gentilly-2 reactor has been performing well over its 11-year lifetime except for one thing: year after year, it produces electricity at a cost greater than the price it is sold at. It has lost at least a billion dollars since it started up, and probably much more if a true cost accounting were done.
End of an Era
The nuclear moratorium, which has now expired and has not been extended by the present government, no doubt saved Hydro-Quebec from a mess similar to the one that Ontario Hydro now finds itself in, with a fleet of increasingly dangerous and expensive nuclear reactors to maintain and inadequate financial resources to do so. Ontario Hydro is planning to shut down or "mothball" the four reactors at Bruce A, even though they have only served for half of their expected lifetimes, because Hydro cannot afford to make the expensive repairs needed for these reactors to keep their operating licenses. The plants are becoming so unsafe that even the Atomic Energy Control Board usually lenient to its licensees will no longer tolerate it.

112. Pogo.org Nuclear Power Plant Security: Voices From Inside The Fences 09/12/02 Pr
Security guards at only one of four nuclear power plants are confident their plant could defeat a terrorist attack, according to interviews conducted by POGO
http://www.pogo.org/p/environment/eo-020901-nukepower.html
Nuclear Power Plant Security:
Voices from Inside the Fences
September 12, 2002
Summary
Security guards at only one of four nuclear power plants are confident their plant could defeat a terrorist attack, according to interviews conducted by POGO for this report. The Nuclear Regulatory Commission (NRC) regulates the utilities operating nuclear power plants. The utilities generally subcontract with private guard companies for security services. The security guards say morale is currently very low and that they are under-manned, under-equipped, under-trained, and underpaid. More than 20 security guards protecting 24 nuclear reactors (located at 13 plants) were interviewed during POGO's investigation into nuclear plant security. POGO offers 29 recommendations to toughen security at the nuclear power plants. Table of Contents
Section A:
Executive Summary

Foreword

Introduction

Increased Security Since September 11, 2001?

Section B: The Guards: Under-manned, Under-equipped, Under-trained, Underpaid and Unsure about the Rules Section C: Outside Responders: What Help Can They Offer?

113. NuclearSpace: The Pro-Nuclear Space Movement
The goal is to promote the use of nuclear power in space and to further enhance the manned exploration of our solar system.
http://www.nuclearspace.com/
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(Major Credit Cards accepted via PayPal 's Secure Server) NUCLEARSPACE COMPANY PROFILE: THE BOEING COMPANY by Bruce Behrhorst - April 4, 2004 With this bold vision comes the prerequisite for the country to develop technologies that enable humanity to explore the depths of the universe safely and more reliably. A conversation with Dr. Joe Mills VP of Boeing/JIMO [ print view ]

114. Nuclear Power And Climate Change
The Nuclear Energy Agency (NEA) has investigated the role that nuclear power could play in alleviating the risk of global climate change.
http://www.nea.fr/html/ndd/climate/climate.html
Nuclear Safety
Radioactive Waste

Radiation Protection

Nuclear Development
...
Web Links
Nuclear Power and Climate Change
Full document in PDF format (143 kb) TABLE OF CONTENTS
    EXECUTIVE SUMMARY
    • Background and Introduction
        Findings of the NEA Study Challenges for the Nuclear Industry Conclusions
      INTRODUCTION
      • Nuclear Power and the Environment Today
          Energy Demand and Supply Outlook Illustrative Nuclear Variants Feasibility of the Nuclear Variants Challenges for the Nuclear Industry Impact of the Nuclear Variants on Greenhouse Gas Emissions Concluding Remarks
        REFERENCES
      EXECUTIVE SUMMARY Background and Introduction In the Kyoto Protocol, agreed upon by the Parties to the United Nations Framework Convention on Climate Change (UNFCCC) in December 1997, Annex I countries committed to reduce their greenhouse gas (GHG) emissions. Also, the Protocol states that Annex I countries shall undertake promotion, research, development and increased use of new and renewable forms of energy, of carbon dioxide sequestration technologies and of advanced and innovative environmentally sound technologies. One important option that could be covered by the last phrase, and is not specifically mentioned, is nuclear energy which is essentially carbon free. In this connection, the Nuclear Energy Agency (NEA) has investigated the role that nuclear power could play in alleviating the risk of global climate change. The main objective of the study is to provide a quantitative basis for assessing the consequences for the nuclear sector and for the reduction of GHG emissions of alternative nuclear development paths. The analysis covers the economic, financial, industrial and potential environmental effects of three alternative nuclear power development paths (“nuclear variants”).

115. Www.nspco.com/
nuclear power In Space And The Impact On Earths EcosystemOPINION SPACE. nuclear power In Space And The Impact On Earth s Ecosystem NASA doggedly pursues its fantasy of nuclear power in space. .
http://www.nspco.com/

116. Nuclear Power Of The World In Figures And Graphs

http://www2.ijs.si/~icjt/nukestat/

117. Physics Today December 2003- Issues And Events
MIT Study Sees nuclear power as Green Weapon Against Global Warming. Although the public doesn t yet view nuclear power as a way
http://www.physicstoday.com/vol-56/iss-12/p34.html
');  document.write(' Search advanced search Table of contents Past issues Links to advertisers ... Virtual Journals Issues and Events MIT Study Sees Nuclear Power as Green Weapon Against Global Warming Although the public doesn't yet view nuclear power as a way to mitigate global warming, an MIT study says a global tripling of nuclear power generation could avoid nearly 2 billion tonnes of carbon emissions annually. While new nuclear power plants are not economically competitive with fossil fuels, an MIT interdisciplinary research group is recommending limited federal support of new nuclear power plants as a way to reenergize the industry and lessen the potential impact of global warming. The report, The Future of Nuclear Power , acknowledges the stagnation of the field in recent years, but concludes that "the nuclear option should be retained, precisely because it is an important carbon-free source of power." Deutch The MIT study, cochaired by institute professor John Deutch and physics professor Ernest Moniz, notes that during the next 50 years, "unless patterns change dramatically, energy production and use will contribute to global warming through large-scale greenhouse gas emissionshundreds of billions of tonnes of carbon in the form of carbon dioxide." The nuclear scenario offered by the study would expand current global nuclear-generating capacity "almost threefold, to 1000 billion watts by the year 2050. Such a deployment would avoid 1.8 billion tonnes of carbon emissions annually from coal plants, about 25% of the increment in carbon emissions otherwise expected in the business-as-usual scenario." (See report at

118. English Temelin Action Page
Resistance against the Temelin nuclear reactor in the Czech Republic.
http://www.ecn.cz/temelin/
"The release of atom power has changed everything except our way of thinking...
If only I had known, I should have become a watchmaker."
-Albert Einstein
English version w/pics Text only version
POZOR: Cesky a anglicky verzy neni sama NOTE: Czech and English are not the same site
Ceská verze 
kudos, links, awards
suggestions, etc complaints, threats,
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Website hosted by
who is NOT responsible for the content
This page was accessed times since 27.5.1997

119. Nuclear Power - The Energy Balance
Life cycle analysis of nuclear power stations. The energy costs are shown to be much higher than the nuclear industry claims. nuclear power the Energy Balance.
http://www.oprit.rug.nl/deenen/
Nuclear Power: the Energy Balance
Jan-Willem Storm van Leeuwen and Philip Smith
Revision dated 31 October 2003 The use of nuclear power causes, at the end of the road and under the most favourable conditions, approximately one-third as much CO -emission as gas-fired electricity production. The rich uranium ores required to achieve this reduction are, however, so limited that if the entire present world electricity demand were to be provided by nuclear power, these ores would be exhausted within three years. Use of the remaining poorer ores in nuclear reactors would produce more CO emission than burning fossil fuels directly. These are the salient results of the research reported on this website. These results are explained in the semi-technical document "Can Nuclear Power Provide Energy for the Future; Would it Solve the CO Emission Problem?" This document is accessible from the Background page of this website, where the curricula vitae of the authors can also be found. Click here to reach this page. The technical background of this study is presented in five chapters which can also be downloaded for study from the page Facts and Data Click here to reach this page.

120. Hamptons Online, Inc.
Concerned about the toxic effects of nuclear radiation in general, and contamination at the Millstone nuclear power Station and the Brookhaven National Laboratory (BNL) in particular. Dr Helen Caldicott is founding president.
http://www.noradiation.org/
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