Explore Books on
fuel burnup (nuclear engineering)

Scientific Issues in Fuel Behavior: A Report by an Nea Nuclear Science Committee Task Force

By Nea

Water reactor fuel extended burnup study

By International Atomic Energy Agency

CCB, a two-dimensional diffusion theory continuous cross-section burnup code for fast reactor analysis

By Purdue University. School of Nuclear Engineering.

Data base on the behavior of high burnup fuel rods with Zr-1% Nb cladding and UO2 fuel (VVER Type) under reactivity accident conditions

By L. A. Yegorova

Determination of burn-up of irradiated PHWR fuel samples from KAPS-1 by mass spectrometry

By S. K. Aggarwal

Proceedings of the 24th NSRR Technical Review Meeting

By Japan) NSRR Technical Review Meeting (24th 2000 Tokyo

FRAPCON-3

By

The Environmental consequences of higher fuel burn-up

By

Termoidraulica dei fluidi bifase

By CNEN (Agency : Italy)

Review of information for spent nuclear fuel burnup confirmation

By B. B. Bevard

Analysis of experimental data for high burnup PWR spent fuel isotopic validation--Calvert Cliffs, Takahama, and Three Mile Island reactors

By

Limited burnup credit in criticality safety analysis

By I. C. Gauld

Parametric study of the effect of control rods for PWR burnup credit

By C. E. Sanders

Implications from the phenomenon identification and ranking tables (PIRTs) and suggested research activities for high burnup fuel

By R. O. Meyer

Experimental study of narrow pulse effects on the behavior of high burnup fuel rods with Zr-1%Nb cladding and UO₂ fuel (VVER type) under reactivity-initiated accident conditions

By L. A. Yegorova

Advances in applications of burnup credit to enhance spent fuel transportation, storage, reprocessing and disposition

By IAEA

Fission gas behaviour in water reactor fuels

By OECD Nuclear Energy Agency

Mechanical fatigue testing of high-burnup fuel for transportation applications

By Jy-An Wang

STARBUCS

By Oak Ridge National Laboratory

Study of the effect of integral burnable absorbers for PWR burnup credit

By U.S. Nuclear Regulatory Commission. Office of Nuclear Regulatory Research

Ot︠s︡enka vozmozhnykh sot︠s︡ialʹno-ėkonomicheskikh posledstviĭ razmeshchenii︠a︡ v Tomskoĭ oblasti zavoda po proizvodstvu MOKS-topliva

By A. V. Toropov

Burn-up determination of irradiated thoria samples by isotope dilution-thermal ionisation mass spectrometry

By S. K. Aggarwal

Phenomenon identification and ranking tables (PIRTs) for loss-of-coolant accidents in pressurized and boiling water reactors containing high burnup fuel

By B. E. Boyack

Behaviour of Bruce NGS-A fuel irradiated to a burnup of ̃ 500 MWh/kgU

By M. R. Floyd