Evidence for activated carrier mobility in organic solids
Activated carrier mobility confirmed in organic solids
Gutmann, F.↗
Engineering topics
Gutmann, F.
Publications and source records attributed to Gutmann, F..
Electronic properties of some TCNQ complexes.
Electrical properties of tetracyanoquinodimethane /TCNQ/ complexes representing unit segments of nonconjugated and conjugated polymers
Gutmann, F.↗
Environmental and reaction studies on electrochemical cells based on solid charge- transfer complexes.
Environmental and reaction studies on electrochemical cells using metal electrodes and phenothiazine-iodine charge transfer complexes
Gutmann, F.↗
Primary cell uses neither liquid nor fused electrolytes
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.
Gutmann, F.↗
Solid-state electrochemical cells based on charge transfer complexes.
Solid state electrochemical solar cell using various anode metals and charge transfer complexes as cathodes, noting I-V characteristics and discharge curves
SOLAR CELL↗
Primary cells utilize halogen-organic charge transfer complex
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.
Gutmann, F.↗