Call Number (LC) Title Results
E 1.99:ornl-tm--4967 Double quantum jump in CTR 1
E 1.99:ornl-tm--4970 Frequency of occurrence of various nuclear reactions when fast neutrons (greater than or equal to 50 MeV) pass through tissue-equivalent material 1
E 1.99:ornl-tm--4972 Nb(n,x$gamma$) reaction cross section for incident neutron energies between 0.65 and 20.0 MeV 1
E 1.99:ornl-tm--4973 Au(n,x$gamma$) reaction cross section for incident neutron energies between 0.2 and 20.0 MeV 1
E 1.99:ornl/tm-4975 Preparation of /sup 147/Pm metal and the determination of the melting point and phase transformation temperatures 1
E 1.99:ornl-tm--4981 Reduction of neutral particles refluxing into a plasma by use of a honeycomb wall 1
E 1.99:ornl-tm--4985 Lists of environmental statements projects 1
E 1.99:ornl-tm--4987 Use of ORELA to produce neutrons for scattering studies on condensed matter 1
E 1.99:ornl-tm--4989 Effects of processing variables on HTGR fuel kernels fabricated from uranium-loaded cation-exchange resin 1
E 1.99:ornl-tm--4992 Correlation and extrapolation of creep ductility data for four elevated temperature structural materials 1
E 1.99:ornl-tm--4995 Effects of chloride and caustic on the cracking behavior of several materials under alternate wet and dry steam conditions 1
E 1.99:ornl-tm--4999 Comparative study of the more promising combinations of blanket materials, power conversion systems, and tritium recovery and containment systems for fusion reactors 1
E 1.99:ornl-tm--5000 Selected topics in heavy-ion reactions 1
E 1.99:ornl-tm--5008 Excitation of short wavelength Alfven oscillations by high energy ions in tokamak 1
E 1.99:ornl-tm--5011 Irradiation performance of HTGR fuel rods in HFIR experiment HRB-6 1
E 1.99:ornl-tm--5013 DT and advanced fusion fuels computer code 1
E 1.99:ornl-tm--5017 Estimated potential radiation dose from tritium in gasoline produced from oil shale by use of nuclear explosives 1
E 1.99:ornl-tm--5018 Measurement of secondary neutrons and gamma rays produced by neutron bombardment of water over the incident energy range 1 to 20 MeV 1
E 1.99:ornl/tm-5019 Annual report for the superconducting magnet development program. [Subprogram summaries and abstracts of published work] 1
E 1.99:ornl-tm--5020 One-dimensional fast-neutron transport benchmark calculations 1