PROGRESS IN DYE AND EXCIMER LASER SOURCES FOR REMOTE SENSING.

T. Srinivasan; H. Egger; T. S. Luk; H. Pummer; C. K. Rhodes

doi:10.1007/978-3-540-39552-2_35

PROGRESS IN DYE AND EXCIMER LASER SOURCES FOR REMOTE SENSING.

T. Srinivasan
, H. Egger
, T. S. Luk
, H. Pummer
, C. K. Rhodes

Los Alamos National Laboratory

Research output: Contribution to journal › Article › peer-review

Abstract

Tunable radiation of high average power and narrow bandwidth is discussed, which can be obtained at any wavelength in the visible and ultraviolet region from approx. 800 nm to approx. 193 nm. Depending on the specific requirements of the measurements, different techniques can be used for optimum performance in either region. With the enhanced output of excimer lasers, the output characteristics of the dye and modified excimer lasers, and in particular the energy and average power, are expected to improve substantially, greatly facilitating a wide range of LIDAR measurements. In addition, the new higher range of intensities that are now possible with picosecond systems may open up further techniques, such as observation of nonlinear processes, for remote sensing.

Original language	English
Pages (from-to)	269-277
Number of pages	9
Journal	Springer Series in Optical Sciences
Volume	39
DOIs	https://doi.org/10.1007/978-3-540-39552-2_35
State	Published - Jan 1 1983

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title = "PROGRESS IN DYE AND EXCIMER LASER SOURCES FOR REMOTE SENSING.",

abstract = "Tunable radiation of high average power and narrow bandwidth is discussed, which can be obtained at any wavelength in the visible and ultraviolet region from approx. 800 nm to approx. 193 nm. Depending on the specific requirements of the measurements, different techniques can be used for optimum performance in either region. With the enhanced output of excimer lasers, the output characteristics of the dye and modified excimer lasers, and in particular the energy and average power, are expected to improve substantially, greatly facilitating a wide range of LIDAR measurements. In addition, the new higher range of intensities that are now possible with picosecond systems may open up further techniques, such as observation of nonlinear processes, for remote sensing.",

author = "T. Srinivasan and H. Egger and Luk, \{T. S.\} and H. Pummer and Rhodes, \{C. K.\}",

year = "1983",

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doi = "10.1007/978-3-540-39552-2\_35",

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AU - Srinivasan, T.

AU - Egger, H.

AU - Luk, T. S.

AU - Pummer, H.

AU - Rhodes, C. K.

PY - 1983/1/1

Y1 - 1983/1/1

N2 - Tunable radiation of high average power and narrow bandwidth is discussed, which can be obtained at any wavelength in the visible and ultraviolet region from approx. 800 nm to approx. 193 nm. Depending on the specific requirements of the measurements, different techniques can be used for optimum performance in either region. With the enhanced output of excimer lasers, the output characteristics of the dye and modified excimer lasers, and in particular the energy and average power, are expected to improve substantially, greatly facilitating a wide range of LIDAR measurements. In addition, the new higher range of intensities that are now possible with picosecond systems may open up further techniques, such as observation of nonlinear processes, for remote sensing.

AB - Tunable radiation of high average power and narrow bandwidth is discussed, which can be obtained at any wavelength in the visible and ultraviolet region from approx. 800 nm to approx. 193 nm. Depending on the specific requirements of the measurements, different techniques can be used for optimum performance in either region. With the enhanced output of excimer lasers, the output characteristics of the dye and modified excimer lasers, and in particular the energy and average power, are expected to improve substantially, greatly facilitating a wide range of LIDAR measurements. In addition, the new higher range of intensities that are now possible with picosecond systems may open up further techniques, such as observation of nonlinear processes, for remote sensing.

UR - https://www.scopus.com/pages/publications/0021007114

U2 - 10.1007/978-3-540-39552-2_35

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SP - 269

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JO - Springer Series in Optical Sciences

JF - Springer Series in Optical Sciences

ER -

PROGRESS IN DYE AND EXCIMER LASER SOURCES FOR REMOTE SENSING.

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