Call Number (LC) Title Results
E 1.99: conf-9406401--1-rev.1 Effect of cation exchange of major cation chemistry in the large scale redox experiment at Aspo. Revision 1 1
E 1.99:conf-9406404--1 Experimental evidence for deterministic chaos in thermal pulse combustion 1
E 1.99:conf-9406429--1 Issues in evaluation of ecosystem change in response to global change 1
E 1.99:conf-9406435--summ Science and technology for the 21. century Meeting the needs of the global community. 1
E 1.99: conf-9407100-- The First NREL Conference on thermophotovoltaic generation of electricity Proceedings. 1
E 1.99: conf-9407101--1 A new manufacturing method for the formation of gated field emission structures 1
E 1.99: conf-9407102--1 A compact high voltage pulse generator 1
E 1.99: conf-9407102--2 A wideband EMP test system 1
E 1.99: conf-9407103-- AIP conference on accelerator driven transmutation technologies and applications, Las Vegas, Nevada, July 25-29, 1994
Potential benefits of waste transmutation to the U.S. high-level waste respository
A high gain energy amplifier operated with fast neutrons
Status of electro-nuclear facilities development in ITEP
Combining a gas turbine modular helium reactor and an accelerator and for near total destruction of weapons grade plutonium
Transmutation studies at CEA in frame of the SPIN program objectives, results and future trends
Evaluations for the choice of the best target material in a accelerator-driven reactor
Los Alamos high-power proton linac designs
{open_quotes}Transmutation efficiency calculation in the blanket on melted salts with central neptunium target{close_quotes}
Conception of electron beam-driven subcritical molten salt ultimate safety reactor
An active target for the accelerator-based transmutation system
A target development program for beamhole spallation neutron sources in the megawatt range
A beamline systems model for Accelerator-Driven Transmutation Technology (ADTT) facilities
Specialized beam diagnostic measurements for an ADTT accelerator funnel
Use of pyroprocessing in the preparation of spent fuel for transmutation
Specific contributions of the Dutch programme {open_quotes}RAS{close_quotes} towards accelerator-based transmutation
LANL sunnyside experiment Study of neutron production in accelerator-driven targets.
Potential of cyclotron based accelerators for energy production and transmutation
On the ATW-concepts ITP approach and opportunities.
Study of the burning capability of the Los Alamos ATW system
Chemico-technological support of transmutation objectives Solid, molten salt and liquid blanket.
HILBILAC development for accelerator-driven transmutation
RAMI analysis and modeling for the LANSCE accelerator systems
Site layout and balance of plant design for an accelerator-driven materials processing complex
Spallation studies at Saturne
Basic aspects of spallation radiation damage to materials
Safety features of subcritical fluid fueled systems
JAERI R & D on accelerator-based transmutation under OMEGA program
Simulation of radioactive waste transmutation on the t.node parallel computer
Electrochemical separation of actinides and fission products in molten salt electrolyte
Design of high-energy high-current linac with focusing by superconducting solenoids
EURAC A liquid target neutron spallation.
An acclerator-based installation of small power with the lead-bismuth coolant
Linac design for the European spallation source
The concept of electro-nuclear facility for useful power generation and minor actinides transmutation
Potential role of ABC-assisted repositories in U.S. plutonium and high-level waste disposition
The extraction of some trivalent elements with Aliquat-336
An overview of Russian experience and capabilities for development of ATW/ABC systems
Brief overview of the long-lived radionuclide separation processes developed in France in connection with the SPIN program
Introduction to spallation physics and spallation-target design
ITEP Subcritical Neutron Generator driven by charged particle accelerator
Radiation-induced segregation in materials Implications for accelerator-driven neutron source applications.
Lithium actinide recycle process demonstration
Beam physics design strategy for a high-current rf linac
Design considerations and evaluations of an accelerator-driven fluid fuel transmuter
Emittance growth and halo formation in charge-dominated beams
Cost optimisation studies of high power accelerators
Accelerator driven reactors and nuclear waste management projects in the Czech Republic
Accelerator-driven nuclear synergetic systems-an overview of the research activities in Sweden
The physics design of accelerator-driven transmutation systems
The results of the investigations of Russian Research Center - {open_quotes}Kurchatov Institute{close_quotes} on molten salt applications to problems of nuclear energy systems
Benefits and risks of P & T of nuclear waste
Direct irradiation of long-lived fission products in an ATW system
ATW neutron spectrum measurements at LAMPF
800-MeV proton irradiation of thorium and depleted uranium targets
The neutronics of an Accelerator-Driven Energy Amplifier
Some nuclear safety aspects of the Los Alamos accelerator based converion concept
Accelerator-based transmuter-breeder and energy producer from transuranic actinides and thorium
Summary of the separations breakout group
Actinide and Xenon reactivity effects in ATW high flux systems
Convective instabilities in liquid centrifugation for nuclear wastes separation
Actinide removal from molten salts by chemical oxidation and salt distillation
The concept of the double-purpose electro-nuclear facility
Chemistry of pyroprocessing for nuclear waste transmutation
Future directions for ADTT concepts
Subcritical neutron generator-test facility for nuclear waste transmutation studies
The possibility of fuel cycle design for ABC/ATW complex with molten fuel on LiF-BeF{sub 2} basis
Summary of experiments and data breakout group
Transmutation and inventory analysis in an ATW molten salt system
Summary of the Accelerator-Driven Transmutation Technologies and their applications
The influence of external source intensity in accelerator/target/blanket system on conversion ratio and fuel cycle
Summary of the target-blanket breakout group
Measurement of {sup 238}Np fission cross-section by neutrons near thermal point (preliminary results)
The chemistry of ABC
Cross-section activation measurement for U-238 through protons and deuterons in energy interval 10-14 MeV
Summary of the materials breakout group
Some basic advantages of accelerator-driven transmutation of minor actinides and iodine-129
The PIREX proton irradiation facility
Accelerator driven transmutation technologies conference wrap-up
The current status and possible future of the Los Alamos spallation radiation effects facility
Transmutation of fission products and actinide waste at Hanford
On the preequilibrium emission of clusters
Materials issues in nuclear environments A history of unanticipated phenomena.
About the possibility of use of different types of targets as a neutron source for subcritical nuclear reactor driven by particle beam accelerator
Measured radionuclide production from copper, gold and lead spallation targets
Materials performance experience at spallation neutron sources
A proton-driven, intense, subcritical, fission neutron source for radioisotope production
An overview of the PIREX Proton Irradiation facility and its research program
Status of nuclear data for actinides
Behavior of structural and target materials irradiated in spallation neutron environments
Development of advanced technological systems for accelerator transmutation
Reliability and availability considerations in the RF systems of ATW-class accelerators
Proton-beam window design for a transmutation facility operating with a liquid lead target
Safety and control of accelerator-driven subcritical systems
Waste transmutation with minimal fuel cycle long-term risk
Long-lived isotopes production in Pb-Bi target irradiated by high energy protons
A long view of global plutonium management
Centrifugal separation for miscible solutions Fundamentals and applications to separation of molten salt nuclear material.
Neutron data library for transactinides at energies up to 100 MeV
Plutonium (TRU) transmutation and {sup 233}U production by single-fluid type accelerator molten-salt breeder (AMSB) 		100
E 1.99: conf-9407103--1 Nuclear data requirements for accelerator-driven transmutation systems 1
E 1.99: conf-9407103--2 Materials considerations in accelerator targets 1
E 1.99: conf-9407103--3 Argonne CW Linac (ACWL) -- Legacy from SDI and opportunities for the future 1
E 1.99: conf-9407103--4 Flowing lead spallation target design for use in an ADTT experimental facility located at LAMPF 1
E 1.99: conf-9407103--5 Structural activation calculations due to proton beam loss in the APT accelerator design 1
E 1.99: conf-9407103--6 Selection of flowing liquid lead target structural materials for accelerator driven transmutation applications 1
E 1.99: conf-9407103--7 A prototype front-end accelerator for Accelerator-Driven Transmutation Technologies 1
E 1.99: conf-9407103--8 Resonance enhancement in the accelerator transmutation of 1.3-day ²³²Pa and 2.1-day ²³⁸Np 1
E 1.99: conf-9407103--9 Design and testing of a dc ion injector suitable for accelerator-driven transmutation 1
E 1.99: conf-9407103--10 The ADAPT concept An accelerator driven system for the rapid and efficient disposal of plutonium. 1
E 1.99: conf-9407103--11 Overview of superconducting RF technology and its application to high-current linacs 1