Excitonic anisotropy in single-crystalline 2D silver phenylchalcogenides
Contains all data within figures publihsed in "Excitonic anisotropy in single-crystalline 2D silver phenylchalcogenides"
SEARCH · Engineering Papers
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Contains all data within figures publihsed in "Excitonic anisotropy in single-crystalline 2D silver phenylchalcogenides"
Ultraviolet absorption spectra of oxygen in liquid and crystalline argon and nitrogen
Epitaxial growth of crystalline layers
Method for determining carbonate ion in surface of crystalline solids by using mass spectrometric gas analysis
Crystalline surface investigation - epitaxy of compound crystals influenced by radiation and of graphites on fluorites, interfacial energy and nucleation, monolayer metals, and alkali films
Yielding behavior and dislocation motion in two phase crystalline solid
Cold drawing in crystalline high polymers enables polymer draw ratios to be calculated from crystal plasticity considerations
Theoretical and experimental physics of crystalline surfaces - vacuum film deposition, nucleation processes, growth of high purity film, and slow electron scattering cross section
Crystalline surface physics - film layer structures, surface and interfacial energies, electron diffraction, and electron emission properties
Melting point, melting range, and crystallinity of extended-chain copolymer crystals
Electronic spectrum of crystalline antimony
Deformation process and structure of crystalline polymers
Neutron elastic and inelastic interference scattering cross section in crystalline lattices of solids
Influence of atomic nature of crystalline materials on friction
Theoretical and experimental investigation of physics of crystalline surfaces
Optical transitions and k conservation in crystalline solids explained in terms of localization of hole produced by excitation
Crystallinity index measurements of poly/ethylene terephthalate/ by X-ray diffractometric and differential scanning calorimetry index methods