- #TOPAZ CLARITY ERROR 2004 IN ELEMENTS MANUAL#
- #TOPAZ CLARITY ERROR 2004 IN ELEMENTS VERIFICATION#
- #TOPAZ CLARITY ERROR 2004 IN ELEMENTS CODE#
High-Temperature Elasticity of Topaz: A Resonant Ultrasound Spectroscopic study The topaz content, by weight, in the same samples ranges from 23 to 67 percent. Three composite chip samples taken across this unit contain 2.2 to 4.2 percent of rutile, by weight, in grains averaging from 0.1 to 0.3 millimeter in size. The rutile occurs in quartz- topaz-sillimanite gneiss that forms a stratigraphic unit which is 11 to 100 feet thick and is identified along strike for more than 7,000 feet. Marsh, Sherman P.ĭisseminated rutile and major amounts of topaz have been identified in Precambrian topaz-quartz gneiss northwest of Evergreen, Colo. Rutile and topaz in Precambrian gneiss, Jefferson and Clear Creek Counties, Colorado Bob Bailey is responsible for adding the high explosive thermal property data.« less The format of the data has been altered to be compatible with TOPAZ2D.
#TOPAZ CLARITY ERROR 2004 IN ELEMENTS MANUAL#
The material thermal property data base, Chapter 4, included in this manual was originally published in 1969 by Art Edwards for use with his TRUMP finite difference heat transfer code. A three dimensional version of the code, TOPAZ3D is available.
#TOPAZ CLARITY ERROR 2004 IN ELEMENTS CODE#
Thermal stresses can be calculated using the solid mechanics code NIKE2D which reads the temperature state data calculated by TOPAZ2D. Additional features include thermally controlled reactive chemical mixtures, thermal contact resistance across an interface, bulk fluid flow, phase change, and energy balances. TOPAZ2D can solve problems of diffuse and specular band radiation in an enclosure coupled with conduction in material surrounding the enclosure. Time or temperature dependent internal heat generation can be defined locally be element or globally by material. A variety of time and temperature dependentmore » boundary conditions can be specified including temperature, flux, convection, and radiation. Material properties may be temperature dependent and either isotropic or orthotropic. TOPAZ2D can be used to solve for the steady state or transient temperature field on two dimensional planar or axisymmetric geometries. TOPAZ2D has been implemented on the CRAY, SUN, and VAX computers.
#TOPAZ CLARITY ERROR 2004 IN ELEMENTS VERIFICATION#
This manual is supplemented with The TOPAZ2D Theoretical Manual and the TOPAZ2D Verification Manual. Also included is a material thermal property data base. This user's manual provides information on the structure of a TOPAZ2D input file. TOPAZ2D is a two dimensional implicit finite element computer code for heat transfer analysis. TOPAZ2D heat transfer code users manual and thermal property data base The mean aim of this work was to evaluate the efficiency of topaz-Teflon pellets as thermoluminescent dosimeters in high-energy electron beams used to radiotherapy. Typical applications of thermoluminescent dosimeters in radiotherapy are: in vivo dosimetry on patients (either as a routine quality assurance procedure or for dose monitoring in special cases) verification of treatment techniques dosimetry audits and comparisons among hospitals. Thermoluminescent dosimetric topaz properties have been investigated and the results have shown that this mineral presents characteristics of a good dosimeter mainly in doses evaluation in radiotherapy with photons beams in radiotherapy. Applicability of Topaz Composites to Electron Dosimetry
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