Photodielectric detector using a superconducting cavity.
Microwatt intensity wide bandwidth optical detector for measuring photodielectric response using superconducting cavity
Arndt, G. D.↗
Engineering topics
Hartwig, W. H.
Publications and source records attributed to Hartwig, W. H..
Research on digital transducer principles Semiannual report, 1 Jul. - 31 Dec. 1967
Dielectrics, titanium dioxides, and vapor deposition of thin films for digital metal-insulator-silicon tranducers
Hartwig, W. H.↗
Research on digital transducer principles. Volume III - Charge transport mechanisms in thin polymer films July 1, 1966 - June 30, 1967
Charge transport in thin polymer films based on field emission or thermal emission
THIN FILM↗
Research on digital transducer principles. Volume IV - Charge transport mechanisms in thin silicon nitride films, July 1, 1966 - June 30, 1967
Charge transport mechanism in thin silicon nitride films
THIN FILM↗
Research on digital transducer principles, volume 2 Annual report, 1 Jan. - 30 Jun. 1967
Thin film transport in polymer dielectrics, fabrication of semiconductor devices having digital or discontinuous responses, and chemical vapor deposition of exotic dielectric films
Hartwig, W. H.↗
Research on digital transducer principles Semiannual report, 1 Jul. - 31 Dec. 1966
Physical phenomena and tunneling theory for design of digital transducers
SEMICONDUCTOR DEVICE↗
Research on digital transducer principles, volume I Semiannual report, 1 Jul. - 31 Dec. 1966
Digital transducer principles and potential applications in analog to digital data processing systems
DIGITAL TRANSDUCER↗
Tunneling between a metal and silicon separated by a polymer insulator
Tunneling between metal and silicon separated by thin polymer film insulator
THIN FILM↗