122 results on '"Slabs"'
Search Results
2. A User's Guide to the PLTEMP/ANL Code
3. FEVER; one-dimensional, few-group diffusion depletion program. [CDC CYBER73,175; CDC7600; FORTRAN IV]
4. FARED; one-dimensional fast reactor design and survey study. [CDC6600; FORTRAN IV and COMPASS]
5. BRT1; thermal spectrum cross section calculations. [UNIVAC1108; FORTRAN V]
6. M0756; LETO; one-dimensional slab gamma-ray transport. [CDC6600; FORTRAN IV]
7. FOG; one-dimensional few-group few-gp diffusion slab cylinder sphere. [GE625; FORTRAN IV]
8. EQUIPOISE3; two-dimensional, two group diffusion is slabs or cylinders. [CDC CYBER73,175; CDC7600; FORTRAN IV]
9. DTF4; one-dimensional, multigroup discrete ordinate program. [IBM360; CDC6600; GE625; FORTRAN IV (CDC6600), FORTRAN IV and MAP (GE625), FORTRAN IV and BAL (IBM360)]
10. PDQ8; PDQ7; one, two, or three-dimensional, few group. [CDC7600,6600,CYBER175,170; IBM360; PDQ8 - FORTRAN and COMPASS (RUN and FTN compatible); PDQ7 - FORTRAN IV and COMPASS (CDC CYBER175), FORTRAN FTN4. 6 (CDC7600), FORTRAN IV (H) and BAL (IBM360)]
11. WIGL3; 1-dimensional space-time diffusion with feedback. [CDC6600; FORTRAN IV]
12. ASPIS; gamma-ray source buildup factor calculations. [CDC6600; FORTRAN IV and ASCENT]
13. FAIMOS; one-dimensional, multigroup diffusion in slab, cylindrical, or spherical geometries. [IBM360; FORTRAN IV (H)]
14. MACH1; one-dimensional, multigroup diffusion is slabs, cylinders, and spheres. [CDC6500; IBM360,370/195; FORTRAN IV (CDC6500, IBM360-98%), BAL (IBM360-2%)]
15. GAKIN2; 10 multigroup time-dependent diffusion. [IBM370; FORTRAN IV]
16. BE21; few-group, discrete ordinates for slab geometry. [CDC6600; FORTRAN IV]
17. GAZE2; one-dimensional multigroup diffusion in slab, spherical, and cylindrical geometries. [UNIVAC1108; FORTRAN IV (95%) and Assembly language (5%)]
18. DEMONR; unbiased Monte Carlo slab shield code. [IBM360/65; FORTRAN IV]
19. PERT; one-dimensional perturbation for AIM and FOG codes. [IBM360; FORTRAN IV]
20. AIM6; one-dimensional multi-group diffusion slabs, cylinders, and spherese. [IBM370; FORTRAN IV]
21. WIGL2; one-dimensional, two-group space-time diffusion. [CDC6600; UNIVAC1108; IBM370; FORTRAN IV]
22. M0648; one-dimensional slab transport with slowing down. [CDC6600; FORTRAN IV]
23. VENTURE; 1, 2, or 3-dimensional multigroup diffusion. [IBM360/91,75,195; FORTRAN IV and Assembly language]
24. CAESAR4; liblst; one-dimensional, multigroup diffusion. [IBM360; FORTRAN IV]
25. BNWIGL; UNIWIGL; two-group time-dependent one-dimensional diffusion. [UNIVAC1108,1100; CDC6600; FORTRAN (99%) and COMPASS (1%) (CDC6600), FORTRAN V (UNIVAC1108)]
26. APARNA2; one-dimensional integral neutron transport in slab geometries. [IBM370,303x; FORTRAN IV]
27. DWARF; 1-dimensional few-group diffusion depletion program. [IBM360; FORTRAN IV (H)]
28. MONA; 1-dimensional multigroup diffusion slab, cylindrical, spherical geometry. [IBM360; FORTRAN IV (H)]
29. A study of changes in foundation insulation levels in the United States
30. A study of changes in foundation insulation levels in the United States
31. Evaluations of 105-K Reactor building floor slab frequencies and basemat stresses
32. Evaluations of 105-K Reactor building floor slab frequencies and basemat stresses
33. A Complete Reporting of MCNP6 Validation Results for Electron Energy Deposition in Single-Layer Extended Media for Source Energies <= 1-MeV
34. GPU Acceleration of Mean Free Path Based Kernel Density Estimators for Monte Carlo Neutronics Simulations
35. Collocation method for the solution of the neutron transport equation with both symmetric and asymmetric scattering
36. Analytic flux formulas and tables of shielding functions
37. Cross Section Evaluation Group shielding benchmark compilation. Volume II
38. Semi-analytic flux formulas for shielding calculations
39. New concept for deep-penetration transport calculations and two new forms of the neutron transport equation
40. Series solution of one-dimensional stationary thermal explosion problems
41. Shear strength of end slabs of prestressed concrete nuclear reactor vessels
42. Temperature jump boundary conditions in radiation diffusion
43. Temperature rise calculations for the beam pipe in the SLC arcs
44. Test of the diffusion theory difference equations in slab geometry (computer code VANCER)
45. Methods of Monte Carlo biasing using two-dimensional discrete ordinates adjoint flux
46. Photon spectra from induced activity in an orbiting spacecraft
47. Shielding benchmark problems
48. Energy deposition by 45-GeV photons in H, Be, Al, Cu, and Ta
49. Shear strength of non-shear reinforced concrete elements. Part 3: Prestressed hollow-core slabs
50. ETRANMS: a one-dimensional Monte Carlo electron/photon transport code for multimaterial targets
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