Mass spectrometric determination of the dissociation energies of titanium dicarbide and titanium tetracarbide
Mass spectrometric determination of dissociation energies of titanium dicarbide and titanium tetracarbide
Kohl, F. J.↗
Engineering topics
Stearns, C. A.
Publications and source records attributed to Stearns, C. A..
Mass spectrometric determination of the dissociation energy of vanadium and chromium dicarbide and vanadium tetracarbide
Mass spectrometric determination of dissociation energy of vanadium and chromium dicarbide and vanadium tetracarbide
Kohl, F. J.↗
Mass spectrometric investigation of vaporization thermodynamics of yttrium dicarbide-carbon system and dissociation energy of yttrium dicarbide and tetracarbide
Knudsen effusion and mass spectrometry studies of vaporization in yttrium dicarbide and carbon system
Kohl, F. J.↗
The dissociation energy of gaseous titanium mononitride
Dissociation energy of gaseous titanium nitride
Kohl, F. J.↗
Comments on the evidence presented by r. l. wolfe and c. l. bauer for x-ray induced dislocation generation in nacl.
X-ray induced dislocation generation in sodium chloride showing effect of irradiation on cleavage crack propagation mode
X-RAY IRRADIATION↗
Non-hookean, premacroyield stress-strain behavior of several ionic single crystals
Premacroyield stress-strain behavior of several ionic single crystals
SINGLE CRYSTAL↗
Anelastic behavior of copper single crystals at low stresses.
Anelastic compressive stress-strain behavior and cyclic loading-unloading curves for copper single crystals at low stresses
SINGLE CRYSTAL↗
An evaluation of etchants and techniques used to produce dislocation etch pits on sodium chloride
Etchants and etching techniques for production of dislocation etch pits on sodium chloride
ETCHING↗
Anelastic behavior of copper single crystals at low stresses
Pure copper single crystal elastic property determination by stress-strain measurements
SINGLE CRYSTAL↗
EFFECT OF AGING TIME AFTER CLEAVAGE ON THE PLASTICITY OF MG0 SINGLE CRYSTALS
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Stearns, C. A.↗
Factors Affecting the Ductility and Strength of NaCl Single Crystals Tested in Flexure
An experimental investigation has revealed that the initial deformation of NaCl single crystals is anelastic rather than Hookean. This anelastic deformation is manifested by a low slope foot in the load‐deflection curve. The magnitude of the foot is dictated by the pretreatment given the specimen. Treatments which increase or decrease the fresh dislocation density respectively increase or decrease the length of the initial anelastic foot. The order of increasing ductility and strength with specimen pretreatment was found to be (1) heated at 135 C, (2) as cleaved, (3) coated with silver, (4) heated at 135 C and then water polished, (5) water polished and then coated with silver, (6) water polished, (7) water polished and then heated at 135 C, (8) annealed at 700 C, and (9) annealed at 700 C and then water polished. The experimental results have been discussed in terms of the role played in deformation and fracture by surface cracks, grown‐in dislocations, and fresh dislocations.
Stearns, C. A.↗