References
- WaymouthJ.F. 1971. Electric Discharge Lamps (Cambridge, MA: Massachusetts Institute of Technology.
- WaymouthJ.F. 1960. The measurement of thermionic emission in discharge tubes. Sylvania Technologist 13(no.2).
- HammerE.E. 1989. Comparative staring-operating characteristics of typical F40 systems. J of the IESNA. 18(no. 1): 63.
- SoulesT.F.; IngoldJ.H.; BhattacharyaA.K.,; and SpringerR.H. 1989. Thermal model of the fluorescent lamp electrode. J of the IESNA 18(no. 2): 81.
- BhattacharyaA.K. 1989. Measurement of Barium loss from a fluorescent lamp electrode by laser-induced fluorescence, and Measurement of Barium density in the vicinity of fluorescent lamp electrodes. J Appl Phys 65: 4595 and 4603.
- CuomoJ.J. and GuarnieriC.R. 1987. Photoelectric enhanced plasma glow discharge system and method including radiation means. U.S. Pat. 4,664,769.
- SelwynG.S.; AiB.D.; and SinghJ. 1988. Realtime measurements of plasman/surface interaction by plasma-amplified photoelectron detection. Appl Phys Lett 52: 1953.
- SelwynG.S. and SinghJ. 1989. Plasma-enhanced photoemission in argon discharges: Signal characterization and silicon doping effects. J Vac Sci Technol A 7: 982.
- SelwynG.S. and SinghJ. 1989. Plasma-enhanced photoemission detection: A new method for real-time surface monitoring during plasma processing. IEEE J Quantum Electron 25: 1093
- DowneyS.W.; MitchellA.; and GottschoR.A. 1988. Photoemission optogalvanic spectroscopy: An in situ method for plasma electrode surface characterization. J Appl Phys 63: 5280.
- MitchellA.; SchellerG.R.; GottschoR.A.; and GravesD.B. 1989. Photoelectron initiated avalanches in low pressure glow discharges. Phys Rev A 40: 5199.
- DebontrideH.; DerouardJ.; EdelP.; RomestainR.; SadeghiN.; and BoeufJ.P. 1989. Transient current and sheath motion following the photoelectron initiated avalanche in dc glow discharges. Transient current and sheath motion following the photoelectron initiated avalanche in dc glow-discharges. Phys Rev A 40: 5208.
- SchulmanM.B. and WoodwardD.R. 1989. Plasma-enhanced photoemission as a discharge lamp diagnostic. Appl Phys Lett 55: 1618
- WaymouthJ.F. 1983. Electrodes for discharge lamps. Proceedings: Third International Symposium on the Science and Technology of Light Sources. 36–38.
- Girardeau-MontautJ.P. and Girardeau-MontautC. 1989. Space-charge limited current density as a function of electron flow oxide cathodes. J Appl Phys 65: 2889.
- FischerT.E. 1969. Determination of semiconductor surface properties by means of photoelectric emission. Surface Science 13: 30.
- HuxfordW.S. 1931. Effect of electric fields on the emmission of photoelectrons from oxide cathodes. Phys Rev 38: 379.
- JuenkerD.W. 1957. Electron emission in moderate accelerating fields. J Appl Phys 28: 1398.