Crystallization of polyethylene terephthalate from the glassy amorphous state.
Morphology of polyethylene terephthalate crystallized from glassy amorphous state by annealing, noting spherulite growth
Geil, P. H.↗
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Switching and negative resistance in amorphous boron layers.
Negative resistance and switching in amorphous B thin films observed in Ti electrodes, noting volt-ampere characteristics
Feldman, C.↗
Thermal conductivity and specific heat of amorphous polymers between 0.4 and 4 degrees K
Thermal conductivity and specific heat of amorphous polymers between 0.4 and 4 deg K
Chiang, Y. C.↗
Simple band model for amorphous semiconducting alloys.
Amorphous semiconducting alloys single band model characteristics
Cohen, M. H.↗
Heat conduction in linear amorphous high polymers - Orientation anisotropy.
Heat conduction orientation anisotropy in linear amorphous high polymers due to uniaxial stretching, noting molecular weight distribution and temperature effects
Hansen, D.↗
Switching and conduction behavior of amorphous semiconductor diodes
Phenomenology theory on conduction and switching behavior of amorphous semiconductor diodes
Holstrom, R.↗
Thermal conductivity of some amorphous polymers below 4 K
Amorphous polymers thermal conductivity measured at 0.4-4 K, observing similar temperature dependences
Chiang, Y. C.↗
Electrical characteristics of amorphous boron arsenide films
Amorphous boron arsenide films deposited on Si substrates, measuring current voltage characteristics
Chu, T. L.↗
Formation of amorphous films
Amorphous film formation and crystallization, discussing thermal stability
Behrndt, K. H.↗
Optical properties of amorphous polypeptides. I - One state solutions
Optical properties of amorphous polymers, considering one state calculations for flexible polypeptides in solution and disordered regions of films or proteins
Aebersold, D.↗
Specific heat of amorphous polymethyl methacrylate and polystyrene below 4 K
Specific heat of amorphous polymethyl methacrylate and polystyrene by pulse method below 4 K, comparing Debye and acoustic values
Choy, C. L.↗
Study of conduction of metallic layers implanted in amorphous layers
Electrical properties of metallic layers implanted in amorphous oxide glass
Donovan, R. P.↗
Photoconductive and optical properties of amorphous selenium
Electron and hole drift mobilities in photoconducting amorphous selenium
Woollam, J. A.↗
Cell for measurement of basic electrical properties of amorphous and polycrystalline materials under pressure
Measuring instrument for amorphous and polycrystalline materials resistivity and Seebeck coefficient as function of temperature and pressure
Hadek, V.↗
Statistical mechanics of charged traps in an amorphous semiconductor
Coulomb interaction effect between charged traps in amorphous semiconductor, noting state density reduction at Fermi energy
Srinivasan, G.↗
High-resolution electron microscope observation of voids in amorphous Ge.
Electron micrographs have been obtained which clearly show the existence of a void network in amorphous Ge films formed at substrate temperatures of 25 and 150 C, and the absence of a void network in films formed at higher substrate temperatures of 200 and 250 C. These results correlate quite well with density measurements and predictions of void densities by indirect methods.
Donovan, T. M.↗
Search for anisotropic electrical properties in amorphous germanium.
Measurement of low-field and high-field resistivity in amorphous Ge in both the planar and transverse directions on the same samples, whose thickness ranged from 0.4 to 4 microns. No anisotropy was found, suggesting that the voids recently described by Galeener (1971) may not play a significant role in these transport processes.
Clark, A. H.↗
Reflection spectra of lunar dust grains with amorphous coatings.
The suggestion of Bibring et al. (1971) that the low albedos and reddish spectra observed in some lunar fines are caused by a low density amorphous substance which coats the fines is disputed. It is shown that these coatings have only a marginal effect on lunar reflectivity.
Hapke, B.↗