Engineering topics
Publications and source records attributed to Rembaum, A..
Certain charge transfer complexes formed from organic polymers and iodine generate appreciable voltages at relatively low impedances upon exposure to light. These films show promise in applications requiring chemically and electrically stable films as detectors of optical radiation and as energy converters in photovoltaic cells.
Dry, solid state primary battery cell establishes an electrode reaction by a charge transfer mechanism without liquid phase ionization of electrolyte compounds. The charge transfer complex is sufficiently conductive to permit the passage of useful current.
Na- acenaphthene reaction temperature dependence, studying optical density, precipitation, ion pair formation, coupling constants and hyperfine structure
Poly-N-vinyl carbazole-iodine charge transfer photovoltaic effect spectral and intensity dependence, noting possible radiation detection and energy conversion applications
Treating organic polymers with iodine improves the electrical conductivity. Diffusion enables products of desired properties to be custom formulated. This eliminates a buildup of static electricity and the need for fillers or bound metal salts.
N-vinyl carbazole reactions with anionic initiators, discussing radical anion and polymer formation and ESR spectra
Solid state electrochemical solar cell using various anode metals and charge transfer complexes as cathodes, noting I-V characteristics and discharge curves
Characteristic optical density and equilibrium of alkyl-sodium and aromatic hydrocarbons as function of temperature and wavelengths, correlating electron affinity with enthalpy values
Hall effect, resistivity, spin resonance and thermoelectric properties of poly/N-vinyl carbazole/-iodine complex, demonstrating charge transfer state existence in system
Reactions of N-vinylcarbazole with anionic initiator
Finely divided particles of alkali metals are produced by combining alkali metals with certain aromatic compounds in selected solvents to form low-temperature soluble complexes from which the pure alkali metals precipitate quantitatively when the solutions are warmed. All operations must be carried out in an inert gas atmosphere.
Electrochemical cells with solid state components employ charge transfer complexes or donor-acceptor complexes in which the donor component is an organic compound and the acceptor component is a halogen. A minor proportion of graphite added to these composition helps reduce the resistivity.
Hall effect in poly-n-vinylcarbazole-iodine charge-transfer complex, noting sign discrepancy of majority carrier
Temperature effect on absorption spectrum in equilibria between metallic sodium and aromatic hydrocarbons
Graft copolymers and polyblends of beta- vinylnaphthalene and ethylene oxide exhibiting modulus vs temperature minimum and rubbery properties at room temperature
Electron transfer from alkali metals to aromatic hydrocarbons, examining rate of chain scission in case of poly/4-vinyl biphenyl/ and poly/alpha/ vinyl napthalene/
Kinetics of anionic polymerization of acenaphthylene by alkali metals
Electron transfer reactions and formation of polyradicalanions