References
- GalloC. F. and CourtneyJ. E. 1967. Acoustical resonances in modulated xenon and krypton compact arc lamps. Applied Optics. 6 (no. 5): 399.
- CampbellJ. H. 1969. Initial characteristics of high-intensity discharge lamps on high-frequency power. Illuminating Engineering, p. 713, December.
- ScholzC. F. 1970. Characteristics of acoustical resonance in discharge lamps. Illuminating Engineering, p. 713, December.
- HasebeT. and MatsumotoK. 1976. Preprint of the technical meeting of sources and their related applications, LS-76–7.
- WittingH. L. 1978. Acoustic resonances in cylindrical high-pressure arc discharges. J Appl Phys 49 (no. 5): 2680.
- SchaferR. and StormbergH. P. 1982. Investigations on the fundamental longitudinal acoustic resonance of high pressure discharge lamps. J Appl Phys 53 (no. 5): 3476.
- JongeriusM. J. and RasA. J. M. J., 1983. Optogalvanic detection of acoustic resonances in a high pressure sodium discharge. The Third International Symposium on the Science and Technology of Light Sources. no. 16, April.
- DennemanJ. W. 1983. Acoustic resonances in high frequency operated low wattage metal halide lamps. The Third International Symposium on the Science and Technology of Light Sources. no. 70, April.
- DavenportJ. M. and PettiR. J. 1985. Acoustic resonance phenomena in low wattage metal halide lamps. Journal of IES. p. 633, April.
- LakeW. H. and DavenportJ. M. 1982. Low wattage metal halide lamps. Journal of IES. p. 66, January.
- SchaferR. 1983. A novel approach to avoid acoustic instability in high frequency operated high pressure lamps. The Third International Symposium on the Science and Technology of Light Sources. no. 71, April.
- KoshimuraY.,AoikeN.,KobayashiH., and NomuraO. 1983. Stable high frequency operation of high intensity discharge lamps and their ballast design. 20th Session CIE.
- StormbergH. P. and SchaferR. 1983. Excitation of acoustic instabilities in discharge lamps with pulsed supply voltage. Lighting Research and Technology. 15 (no. 3): 127.