Radhakrishnan, P; Dr.Sathianandan, K(Cochin University Of Science And Technology, April 30, 1985)
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Abstract:
Laser-induced damage is the principal limiting
constraint in the design and operation of high-power laser
systems used in fusion and other high-energy laser applications.
Therefore, an understanding of the mechanisms
which cause the radiation damage to the components employed
in building a laser and a knowledge of the damage threshold
of these materials are of great importance in designing a
laser system and to operate it without appreciable degradation
in performance. This thesis, even though covers
three distinct problems for investigations using a dye
Q-switched multimode Nd:glass laser operating at 1062 nm
and emitting 25 ns (FWHM) pulses, lays its main thrust on
damage threshold studies on thin films. Using the same glass
laser two-photon excited fluorescence in rhodamine 6G and
generation and characterisation of a carbon plasma have also
been carried out.
Description:
Department of Physics, Cochin University Of Science And Technology
Radhakrishnan, P; Dr.Sathianandan, K(Cochin University of Science and Technology, April 30, 1985)
[+]
[-]
Abstract:
Laser-induced damage is the principal limiting constraint in the design and operation of high-power laser systems used in fusion and other high-energy laser applications. Therefore, an understanding of the mechanisms which cause the radiation damage to the components employed
in building a laser and a knowledge of the damage threshold of these materials are of great importance in designing a laser system and to operate it without appreciable degradation in performance. This thesis, even though covers three distinct problems for investigations using a dye Q-switched multimode Nd:glass laser operating at 1062 nm and emitting 25 ns (FWHM) pulses, lays its main thrust on damage threshold studies on thin films. Using the same glass
laser two-photon excited fluorescence in rhodamine 6G and generation and characterisation of a carbon plasma have also been carried out. The thesis is presented in seven chapters.
Description:
Department of Physics, Cochin university of Science and Technology