A FORTRAN II program is described for utilizing cross section data for spallation products to obtain an estimate of the residual radiation from the bombardment of materials with high-energy particles. The program listing is included, together with sample input and output. (auth
The stray radiation field from high energy particle accelerators is comprised of several components,...
The lifespan of a particle accelerator includes its final decommissioning and the disposal of potent...
Materials samples were irradiated in the Los Alamos Radiation Effects Facility (LASREF) at the Los A...
"ORNL-3554 ; UC-20--Controlled Thermonuclear Processes ; TID-4500 (26th ed.)" -c.p.Includes bibliogr...
Three Fortran programs, written for the IBM-704 computer, process the data from multichannel pulse-h...
The work is aimed at experimental determining and computer simulating the independent and cumulative...
A large MULANA based analysis package, written in FORTRAN, for computing the cross section for proto...
The radiation environment at the NuMI experiment has received a lot of attention in the last few yea...
Radioactive nuclides are produced at high-energy electron accelerators by different kinds of particl...
Radioactive nuclides are produced at high-energy electron accelerators by different kinds of particl...
Activation of various structural and shielding materials is an important issue for many applications...
A three-part Fortran program for IBM 704 computation of the relative cross sections of isomers produ...
A comprehensive understanding of mitigation measures for space radiation protection necessarily invo...
A benchmark experiment was designed and conducted that irradiated two small volume mercury targets a...
Abstract. An overview is given of the models implemented in FLUKA which describe the production of r...
The stray radiation field from high energy particle accelerators is comprised of several components,...
The lifespan of a particle accelerator includes its final decommissioning and the disposal of potent...
Materials samples were irradiated in the Los Alamos Radiation Effects Facility (LASREF) at the Los A...
"ORNL-3554 ; UC-20--Controlled Thermonuclear Processes ; TID-4500 (26th ed.)" -c.p.Includes bibliogr...
Three Fortran programs, written for the IBM-704 computer, process the data from multichannel pulse-h...
The work is aimed at experimental determining and computer simulating the independent and cumulative...
A large MULANA based analysis package, written in FORTRAN, for computing the cross section for proto...
The radiation environment at the NuMI experiment has received a lot of attention in the last few yea...
Radioactive nuclides are produced at high-energy electron accelerators by different kinds of particl...
Radioactive nuclides are produced at high-energy electron accelerators by different kinds of particl...
Activation of various structural and shielding materials is an important issue for many applications...
A three-part Fortran program for IBM 704 computation of the relative cross sections of isomers produ...
A comprehensive understanding of mitigation measures for space radiation protection necessarily invo...
A benchmark experiment was designed and conducted that irradiated two small volume mercury targets a...
Abstract. An overview is given of the models implemented in FLUKA which describe the production of r...
The stray radiation field from high energy particle accelerators is comprised of several components,...
The lifespan of a particle accelerator includes its final decommissioning and the disposal of potent...
Materials samples were irradiated in the Los Alamos Radiation Effects Facility (LASREF) at the Los A...
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