HALF-CAVITY GENERATING SATURATED EMISSION AT 236 ANGSTROM IN GERMANIUM LASER

P Jaegle; A Carillon; H Z Chen; P Dhez; L Dwivedi; J Jacoby; G Jamelot; J Zhang; M H Key; A Kidd; A Klisnick; R Kodama; J Krishnan; C L S Lewis; D Neely; P Norreys; D O Neill; G J Pert; S A Ramsden; J P Raucourt; G J Tallents; J Uhomoibhi

HALF-CAVITY GENERATING SATURATED EMISSION AT 236 ANGSTROM IN GERMANIUM LASER

P Jaegle, A Carillon, H Z Chen, P Dhez, L Dwivedi, J Jacoby, G Jamelot, J Zhang, M H Key, A Kidd, A Klisnick, R Kodama, J Krishnan, C L S Lewis, D Neely, P Norreys, D O Neill, G J Pert, S A Ramsden, J P RaucourtG J Tallents, J Uhomoibhi

Physics

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

Abstract

A half-cavity using a multilayer mirror has been set up close to the end of a large gain germanium-target system. An unambiguous saturation behaviour of the 232 angstrom and 236 angstrom lines has been observed. The role of the cavity mirror in this result is discussed. Suggestions are made for practical applications of an XUV laser in this wavelength range.

Original language	English
Pages (from-to)	17
Number of pages	7
Journal	Institute of physics conference series
Issue number	125
Publication status	Published - 1992

Keywords

TARGETS

Cite this

Jaegle, P., Carillon, A., Chen, H. Z., Dhez, P., Dwivedi, L., Jacoby, J., Jamelot, G., Zhang, J., Key, M. H., Kidd, A., Klisnick, A., Kodama, R., Krishnan, J., Lewis, C. L. S., Neely, D., Norreys, P., Neill, D. O., Pert, G. J., Ramsden, S. A., ... Uhomoibhi, J. (1992). HALF-CAVITY GENERATING SATURATED EMISSION AT 236 ANGSTROM IN GERMANIUM LASER. Institute of physics conference series, (125), 17.

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title = "HALF-CAVITY GENERATING SATURATED EMISSION AT 236 ANGSTROM IN GERMANIUM LASER",

abstract = "A half-cavity using a multilayer mirror has been set up close to the end of a large gain germanium-target system. An unambiguous saturation behaviour of the 232 angstrom and 236 angstrom lines has been observed. The role of the cavity mirror in this result is discussed. Suggestions are made for practical applications of an XUV laser in this wavelength range.",

keywords = "TARGETS",

author = "P Jaegle and A Carillon and Chen, {H Z} and P Dhez and L Dwivedi and J Jacoby and G Jamelot and J Zhang and Key, {M H} and A Kidd and A Klisnick and R Kodama and J Krishnan and Lewis, {C L S} and D Neely and P Norreys and Neill, {D O} and Pert, {G J} and Ramsden, {S A} and Raucourt, {J P} and Tallents, {G J} and J Uhomoibhi",

year = "1992",

language = "English",

pages = "17",

journal = "Institute of physics conference series",

issn = "0951-3248",

publisher = "IOP Publishing Ltd.",

number = "125",

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Jaegle, P, Carillon, A, Chen, HZ, Dhez, P, Dwivedi, L, Jacoby, J, Jamelot, G, Zhang, J, Key, MH, Kidd, A, Klisnick, A, Kodama, R, Krishnan, J, Lewis, CLS, Neely, D, Norreys, P, Neill, DO, Pert, GJ, Ramsden, SA, Raucourt, JP, Tallents, GJ & Uhomoibhi, J 1992, 'HALF-CAVITY GENERATING SATURATED EMISSION AT 236 ANGSTROM IN GERMANIUM LASER', Institute of physics conference series, no. 125, pp. 17.

TY - JOUR

T1 - HALF-CAVITY GENERATING SATURATED EMISSION AT 236 ANGSTROM IN GERMANIUM LASER

AU - Jaegle, P

AU - Carillon, A

AU - Chen, H Z

AU - Dhez, P

AU - Dwivedi, L

AU - Jacoby, J

AU - Jamelot, G

AU - Zhang, J

AU - Key, M H

AU - Kidd, A

AU - Klisnick, A

AU - Kodama, R

AU - Krishnan, J

AU - Lewis, C L S

AU - Neely, D

AU - Norreys, P

AU - Neill, D O

AU - Pert, G J

AU - Ramsden, S A

AU - Raucourt, J P

AU - Tallents, G J

AU - Uhomoibhi, J

PY - 1992

Y1 - 1992

N2 - A half-cavity using a multilayer mirror has been set up close to the end of a large gain germanium-target system. An unambiguous saturation behaviour of the 232 angstrom and 236 angstrom lines has been observed. The role of the cavity mirror in this result is discussed. Suggestions are made for practical applications of an XUV laser in this wavelength range.

AB - A half-cavity using a multilayer mirror has been set up close to the end of a large gain germanium-target system. An unambiguous saturation behaviour of the 232 angstrom and 236 angstrom lines has been observed. The role of the cavity mirror in this result is discussed. Suggestions are made for practical applications of an XUV laser in this wavelength range.

KW - TARGETS

M3 - Article

SN - 0951-3248

SP - 17

JO - Institute of physics conference series

JF - Institute of physics conference series

IS - 125

ER -