Glenn Alan Cheney - 1993: A good description of the activities that led up to the accident.

Farhang Sefidvash: An invitation to join the FBNR project. A description of the FBNR technology, and an invitation to join the project. The discussion touches on the political issue of guaranteed supply which will be needed to make a world nuclear energy industry viable.

2006: Several overview papers, including: (1) Radioactive Materials Transport - Industry Experience (2) Radiation Protection Programmes - for Road Carriers, Sea Carriers and Port Handlers (3) Nuclear Fuel Cycle Transport - The IAEA Regulations and their Relevance to Severe Accidents. The transportation industry has a very good safety record for the handling of radioactive materials. The excessively long time needed for regularity approvals has a measureably negative effect on the fission sourced energy industry. The renewed interest in nuclear power is introducing rapid change in the transportation technology and regulation regimes. Compliance with regulations is further complicated by varying interpretations of the IAEA documents that specify transportation requirements. Another problem is availability of carriers. There are only a limited number of ships designed for the safe transport of radioactive material. When these ships are all busy other shipments are delayed. These days everyone is concerned about security. This is adding further constraints for the transportation of radioactive material.

Peter Fairley - IEEE Spectrun Online, 2007 Feb: The French are recycling nuclear waste. Should other countries follow suit?

J.A. Weber - 1979 Jan 01: An analysis of the motives, techniques, and degree of success of the environmentalists who oppose nuclear energy in the USA. This book present some helpful insights into the thinking and political strategy of the politically involved environmentalists. Unfortunately, it also includes some rather tired complaints about the evils of big government and the almost magical power of free markets. IF you can sort the wheat from the chaff, this book is worth reading.

Web Site -: There is a declaration here that people can sign to show that they want more nuclear energy used in Canada. You should sign it.

Norman Soloman - 2005 May 5: Reviews the political decisions that are increasing the availability of nuclear weapons. The author contends that we have to forego the benefits of nuclear power because it causes the spread of nuclear weapons. I don't agree with this position. Shutting down nuclear power plants in some countries will not eliminate the interest in nuclear weapons. However, the problem involves many levels of political, military, and cultural maneuvering and the spread of nuclear weapons seems to be one of the unhappy outcomes of all this.

2008 Feb: Overview of the containers used and the methods employed to move radioactive material. Millions of radioactive items are shipped routinely by road, rail, and ship. Highly radioactive materials such as used fission fuel is carried in special containers. There has never been an accident that caused any of these containers to release anything. Fission fuel is extremely compact, which reduces the environmental impact associated with moving fuel to its point of use. Moving coal and oil is much more damaging and presents a much high risk for significant harm. Radioactive material is moved in Type A, B, or C containers. Type A is used for material that is only weakly radioactive. Type B is used for highly active material such as spent fuel. Type C is used for weapons grade material. The type B and C containers are indestructable and include radio beacons that make them findable.

Eric J. Hall - 2002 Jul: An explanation of the types of radiation, the units used for measuring radiation, and the affect that various amounts of radiation have on people. Radiation is energy that travels through space. It can travel as a wave which has a frequency that determines penetration characteristics, or as a particle which has mass, size, and velocity that determine penetration ability. Life has evolved in a bath of radioactivity from the beginning, and today we add to this exposure with medical practices that have significant benefits. Radiation levels are measured in Becquerels (Bq) which consist of one atomic decay per second. There are several kinds of radiation: alpha, beta, gamma, and neutron. A radiation dose delivers energy into a human body. This is measured in grays, one joule of energy per kilogram of body. However, the effect of this energy transfer differs for each type of radiation. If this is taken into account, a radiation dose of one type can be compared with that of another type. This way of measuring radiation dose uses sieverts as the unit of measure. One sievert is the maximum dose that you can receive without being killed. Below 50 millisieverts (mSv) no effects of radiation have been measured. The general background level is around 3 mSv. Some places have backgrounds as high as 260 mSv without any evidence of health problems. For public exposure, 1 mSv per year averaged over five years is the typical regulated limit, over and above background levels and medical exposure.

Uranium Information Centre - 2007 Nov: Small nuclear reactors make it easier to introduce nuclear power to remote sites. There is revival of interest in small and simpler nuclear reactors for generating electricity, and for process heat. The interest is driven by a desire to reduce capital costs and to provide power away from main grid systems. The technologies involved are diverse, but two leading ones use high temperature helium to drive turbines directly.