INTERFEROMETRIC STUDY OF ND: GLASS DISK AMPLIFIER

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TAHSILDARAN FARD F.; FARAHBOD A.H.; MORSHEDIAN N.; TARKASHVAND M.; AGHAYARI E.

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Journal: JOURNAL OF PHYSICS MOLECULAR & ATOMIC Year:2010 | Volume:1 | Issue:2 Page(s): 17-23

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Title

INTERFEROMETRIC STUDY OF ND: GLASS DISK AMPLIFIER

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Keywords

DISK AMPLIFIERSQ1

ND: GLASS LASERSQ3

INTERFEROMETRYQ3

AND THERMAL EFFECTSQ3

Abstract

Thermal effects induced in Nd: Glass laser disks after optical pumping, have been studied by means of an optical interferometer. For this mean, two configurations with seven and one laser disks at Brewster angle pumped with four flash lamps and a total charging energy 3.1 kJ and 1.8 kJ, respectively. The investigation of interferometer fringes indicated that three regions exist in time domain: vibration and radiation absorption until the ending of optical pumping, vibration and heat conduction until ceasing of mechanical vibration generated from the flash lamps shock waves, and finally, disks heating and cooling by convection and conduction mechanisms. The regions terminate 1 ms, 10 ms and at least 1 minute after initiation of the flash lamps discharge current. The first region, depends on the flash lamps discharge circuit, and for the two other regions, vibration and heating are the main mechanisms which depend on thermal properties of the glass disks, installation techniques and cooling.

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APA: Copy

TAHSILDARAN FARD, F., FARAHBOD, A.H., MORSHEDIAN, N., TARKASHVAND, M., & AGHAYARI, E.. (2010). INTERFEROMETRIC STUDY OF ND: GLASS DISK AMPLIFIER. JOURNAL OF PHYSICS MOLECULAR & ATOMIC, 1(2), 17-23. SID. https://sid.ir/paper/193266/en

Vancouver: Copy

TAHSILDARAN FARD F., FARAHBOD A.H., MORSHEDIAN N., TARKASHVAND M., AGHAYARI E.. INTERFEROMETRIC STUDY OF ND: GLASS DISK AMPLIFIER. JOURNAL OF PHYSICS MOLECULAR & ATOMIC[Internet]. 2010;1(2):17-23. Available from: https://sid.ir/paper/193266/en

IEEE: Copy

F. TAHSILDARAN FARD, A.H. FARAHBOD, N. MORSHEDIAN, M. TARKASHVAND, and E. AGHAYARI, “INTERFEROMETRIC STUDY OF ND: GLASS DISK AMPLIFIER,” JOURNAL OF PHYSICS MOLECULAR & ATOMIC, vol. 1, no. 2, pp. 17–23, 2010, [Online]. Available: https://sid.ir/paper/193266/en

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