D. Stark

发表

A semiconductor-preionised sealed TEA laser operating at high CO2 concentrations and repetition rates up to 100 Hz

N. A. Lowde, A. Crocker, D. Stark, 1983 .

A sealed, high-CO2 high-PRF semiconductor-preionised tea laser without a solid catalyst

A. Crocker, D. Stark, 1984 .

EVIDENCE OF FRAGMENTING DUST PARTICLES FROM NEAR-SIMULTANEOUS OPTICAL AND NEAR-INFRARED PHOTOMETRY AND POLARIMETRY OF COMET 73P/SCHWASSMANN-WACHMANN 3

C. Woodward, M. Kelley, L. Kolokolova, 2008, 0802.1182.

A compact sealed pulsed CO2TEA laser

P. Cross, D. Stark, H. Foster, 1975, IEEE Journal of Quantum Electronics.

The dissociation pressures of titanium and zirconium deuterides as functions of composition and temperature

J. Morton, D. Stark, 1960 .

Minimizing the RF Fields on the Surface of an SRF Cavity by Optimizing its Shape

V. Shemelin, D. Stark, 2009 .

Catalysed recombination of CO and O2 in sealed CO2 TEA laser gases at temperatures down to -27 degrees C

D S Stark, M R Harris, M. Harris, 1983 .

ION ANALYSIS OF rf-EXCITED DEUTERIUM ION SOURCES.

D. Stark, A. Manley, 1971 .

A new getter system for opaque vacuum tubes, using samarium or thulium

D. Stark, A. Manley, M. Hillier, 1967 .

A 14 MeV neutron tube for radiotherapy.

P. D. Lomer, J. Wood, D. Stark, 1971, The British journal of radiology.

A sealed, UV-pre-ionisation CO2 TEA laser with high peak power output

P. Cross, M. Harris, D. Stark, 1978 .

Sealed-off neutron tubes

P. D. Lomer, J. Wood, D. Stark, 1971 .

The structure of erbium deuteride targets for neutron generators

M. Dewey, D. Stark, P. Dow, 1968 .

The application to sealed CO2 TEA lasers of platinum catalysts bonded to aluminium-containing ferritic steel

M. Harris, D. Stark, 1988 .

A sealed 100-Hz CO2 TEA laser using high CO2 concentrations and ambient-temperature catalysts

D S Stark, A Crocker, G. Steward, 1983 .

Platinum-catalysed recombination of CO and O2 in sealed CO2 TEA laser gases

D S Stark, M R Harris, M. Harris, 1978 .