The Journal of Materials EducationEMMSE, Materials Research Laboratory, the Pennsylvania State University, 1992 - Engineering |
Contents
JOURNAL OF MATERIALS EDUCATION | 1 |
11 JOURNAL OF MATERIALS EDUCATION | 11 |
THE CALCULATION OF CRYSTAL DIFFRACTION MAR 03 1993 | 93 |
Copyright | |
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alteration Applications atoms Auger begins binary boundary curve calculation cell ceramics Chapter chemical compatibility components composition compound containing cooking cooling crack crystallization defects described Design determine diffraction direction discussed Education electrons energy Engineering equations eutectic example experiment fiber Figure final four fracture function glass Glass-Ceramics growth heat immiscibility important increase input intensity invariant point Laboratory lattice layer lipid liquid locus mass Materials maximum measure mechanical melt membrane method microwave module Note path percentages peritectic phase diagram Phase Equilibria physical plate plot potatoes present primary phase areas properties quantity range reaches record reference rule sample Science separating shown shows solid solution specific specimen spreadsheet starting strength stress structure superlattice surface Table temperature Ternary Systems thickness Thin Films triangle unit University usual values vectors weight x-ray