Mechanism of cold drawing in crystalline high polymers.
Cold drawing in crystalline high polymers enables polymer draw ratios to be calculated from crystal plasticity considerations
COLD DRAWING↗
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Theoretical and experimental investigations of the physics of crystalline surfaces Annual report, Feb. 1, 1965 - Jan. 31, 1966
Theoretical and experimental physics of crystalline surfaces - vacuum film deposition, nucleation processes, growth of high purity film, and slow electron scattering cross section
NUCLEATION PROCESS↗
Theoretical and Experimental Investigations of the Physics of Crystalline Surfaces First Quarterly Report, 1 Feb. - 30 Apr. 1966
Crystalline surface physics - film layer structures, surface and interfacial energies, electron diffraction, and electron emission properties
SURFACE ENERGY↗
Thermodynamics of crystalline linear high polymers. V - Extended-chain copolymers of polyethylene
Melting point, melting range, and crystallinity of extended-chain copolymer crystals
COPOLYMER↗
Electronic spectrum of crystalline antimony
Electronic spectrum of crystalline antimony
ELECTRON SPECTRUM↗
The deformation process and structure of crystalline polymers
Deformation process and structure of crystalline polymers
DEFORMATION↗
Neutron interference scattering in crystalline solids Progress report
Neutron elastic and inelastic interference scattering cross section in crystalline lattices of solids
ELASTIC SCATTERING↗
The influence of the atomic nature of crystalline materials on friction
Influence of atomic nature of crystalline materials on friction
CRYSTAL LATTICE↗
Theoretical and experimental investigation of the physics of crystalline surfaces Quarterly report, 1 Feb. - 30 Apr. 1967
Theoretical and experimental investigation of physics of crystalline surfaces
RESEARCH PROJECT↗
Optical transitions and k conservation in crystalline solids.
Optical transitions and k conservation in crystalline solids explained in terms of localization of hole produced by excitation
QUANTUM MECHANICS↗
Crystallinity index of poly/ethylene terephthalate/ by X-ray diffractometry and differential scanning calorimetry.
Crystallinity index measurements of poly/ethylene terephthalate/ by X-ray diffractometric and differential scanning calorimetry index methods
CALORIMETRY↗
Possible non-one-electron effects in the fundamental optical excitation spectra of certain crystalline solids and their effect on photoemission.
Intrinsic optical excitation spectrum of crystalline solids for hole or electron localization, considering many-body relaxation effects influencing photoemission
OPTICAL SPECTRUM↗
Far-infrared spectra and space group of crystalline hydrazine and hydrazine-d sub 4.
Far IR spectra and space group of crystalline hydrazine and hydrazine-d4 noting coupling of translational and librational motions
LIBRATIONAL MOTION↗
The influence of the atomic nature of crystalline materials on friction.
Atom arrangement in crystalline materials considering lattice, planes and structure, discussing effect on mechanical properties, particularly friction
CRYSTAL LATTICE↗
The role of lithophilous lichens in the weathering of massive crystalline rocks
Literature survey and chemical analyses on effect of lithophilous lichens in weathering of massive crystalline rocks
Yarilova, Y. A.↗
Kinematic resonances in crystalline xenon.
Kinematic resonance in optical absorption spectrum of solid crystalline Xe
Hermanson, J.↗
The influence of the atomic nature of crystalline materials on friction.
Atom arrangement in crystalline materials, considering lattice, planes, structure and effect on mechanical properties related to friction
Buckley, D. H.↗