Shock-induced preferred disorder in solids.
X ray detectable preferred disorder in solids by shock loading studied in Ainsworth meteorite and in hexagonal alpha silicon dioxide
Jaeger, R. R.↗
Engineering topics
Lipschutz, M. E.
Publications and source records attributed to Lipschutz, M. E..
Vanadium isotopic composition in meteoritic and terrestrial matter.
V 50/V 51 abundance ratios in chondrite, terrestrial diabase standard W-1 and reagent V
Balsiger, H.↗
Shock histories of hexahedrites and Ga-Ge group III octahedrites.
Shock histories of hexahedrites and Ga-Ge group III octahedrites based on metallographic and X ray diffraction analysis, noting meteorites shocked preterrestrially
Jain, A. V.↗
Bismuth contents in USGS standard rocks and chondites
Explore the source record for details and available documents.
Case, D. R.↗
Trace activation analysis of element groups with computer reduction of Ge
Stony meteorite trace elements groups neutron activation analysis with computer reduction of Ge/Li spectra
Case, D. R.↗
Implications of shock effects in iron meteorites.
Shock loading history effect on solid state response of iron meteorites to annealing at moderate temperatures permits deductions about thermal history
Jain, A. V.↗
X-ray diffraction study of kamacite from iron meteorites.
X ray diffraction studies of kamacite /alpha-iron/ from iron meteorites indicating shock induced alteration and unstable polymorph influence
Jaeger, R. R.↗
Shock effects in iron meteorites - A review
Naturally and artificially shocked iron meteorites, analyzing microstructure and alterations induced by pressure wave and high temperatures
Lipschutz, M. E.↗
Implications of shock effects in iron meteorites.
Microscopic and X-ray diffraction study of octahedrite shock history
IMPACT PRESSURE↗
X-ray diffraction analysis of cohenite from iron meteorites.
Cohenite grains from iron meteorites studied by X-ray diffraction for establishing pressure scale, using solid state recrystallization
X-RAY DIFFRACTION↗
Pressure history of some iron meteorites.
X-ray diffraction and metallographic investigation show iron meteorites shock at pressures of at least 130 kbar
X-RAY DIFFRACTION↗
X-ray diffraction study of minerals from shocked iron meteorites.
X-ray diffraction study of minerals from shocked iron meteorites
IRON METEORITE↗
Canyon Diablo meteorite - Metallographic and mass spectrometric study of 56 fragments.
Canyon Diablo meteorite examined, using mass spectrometry and metallography, noting shock effects
METALLOGRAPHY↗
Critique of paper by N. L. Carter and G. C. Kennedy, ''Origin of diamonds in the Canyon Diablo and Novo Urei meteorites.''
Critique of paper by Carter and Kennedy regarding origin of diamonds in Canyon Diablo and Novo Urei meteorite
METEORITIC DIAMOND↗
X-ray diffraction analysis of cohenite from iron meteorites
X-ray diffraction investigation of cohenite from Canyon Diablo meteorites and Odessa shock standards to determine shock-induced alterations in crystal character
SHOCK SENSITIVITY↗
Origin of atypical meteorites from the Arizona meteorite crater.
Origin of atypical meteorites from Arizona meteorite crater
GEOCHEMISTRY↗
Electron-probe microanalysis of the odessa iron meteorite.
Chemical composition of major and minor phases in two specimens of Odessa iron meteorite analyzed by electron probe
IRON METEORITE↗