Prof Peter Norreys FInstP;: Publications

Generation of Ultrabright Beams in High Energy NdrGlass and KrF Laser Systems

Optica Publishing Group (1993) uils21

Authors:

MH Key, JRM Barr, L Barzanti, Z Chang, AR Damerell, CN Danson, CB Edwards, JM Evans, S Hancock, DC Hanna, CJ Hooker, JR Houliston, MHR Hutchinson, AK Kidd, S Luan, IP Mercer, GHC New, PA Norreys, K Osvay, DA Pepler, DA Rodkiss, IN Ross, FP Schäfer, MJ Shaw, W Sibbett, RA Smith, S Szatmari, P Taday, WT Toner, T Winstone, RW Wyatt, F Zhou

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OBSERVATION OF PLASMA-CONFINEMENT IN PICOSECOND LASER-PLASMA INTERACTIONS

PHYSICAL REVIEW E 48:3 (1993) 2087-2093

Authors:

AR BELL, FN BEG, Z CHANG, AE DANGOR, CN DANSON, CB EDWARDS, AP FEWS, MHR HUTCHINSON, S LUAN, P LEE, PA NORREYS, RA SMITH, PF TADAY, F ZHOU

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Time-resolved measurements of the angular distribution of lasing at 23.6 nm in Ne-like germanium

Optics Communications 90:1-3 (1992) 95-98

Authors:

R Kodama, D Neely, L Dwivedi, MH Key, J Krishnan, CLS Lewis, D O'Neill, P Norreys, GJ Pert, SA Ramsden, GJ Tallents, J Uhomoibhi, J Zhang

Abstract:

The time dependence of the angular distribution of soft X-ray lasing at 23.6 nm in Ne-like germanium has been measured using a streak camera. Slabs of germanium have been irradiated over ≈ 22 mm length × 100 μm width with three line focussed beams of the SERC Rutherford Appleton Laboratory VULCAN laser at 1.06 μm wavelength. The laser beam sweeps in time towards the target surface plane and the divergence broadens with time. The change of the peak intensity pointing and the broadening of the profile with time are consistent with expectations of the time dependence of refraction and divergence due to density gradients in the plasma. © 1992.

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Progrès des recherches sur le laser X : une émission saturée et cohérente à 236 Å

Annales de Physique EDP Sciences 17 (1992) 239-246

Authors:

P Jaeglé, G Jamelot, A Carillon, P Dhez, A Klisnick, JP Raucourt, CLS Lewis, DM O'Neill, D Neely, JO Uhomoibhi, MH Key, HZ Chen, R Kodama, P Norreys, A Kidd, J Zhang, GJ Tallents, L Dwivedi, J Krishnan, SA Ramsden, GJ Pert

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Energy transport in plasmas produced by a high brightness KrF Raman laser

Optics Communications 89:5-6 (1992) 410-413

Authors:

GJ Tallents, MH Key, P Norreys, J Jacoby, R Kodama, H Baldis, J Dunn, D Brown

Abstract:

A high brightness KrF Raman laser generating 60 GW, 40 ps pre-pulse free pulses has been focused to an 8 μm focal spot at 9x1016W cm-2. Axial and lateral transport of energy has been studied by analysis of X-ray images of the focal spot and from X-ray spectra emitted by a thin layer of aluminium beneath a variable thickness of CH polymer on planar targets. The results show strong lateral transport of energy and reduced axial penetration of heating. © 1992.

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Prof Peter Norreys FInstP;

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Generation of Ultrabright Beams in High Energy NdrGlass and KrF Laser Systems

Authors:

OBSERVATION OF PLASMA-CONFINEMENT IN PICOSECOND LASER-PLASMA INTERACTIONS

Authors:

Time-resolved measurements of the angular distribution of lasing at 23.6 nm in Ne-like germanium

Authors:

Abstract:

Progrès des recherches sur le laser X : une émission saturée et cohérente à 236 Å

Authors:

Energy transport in plasmas produced by a high brightness KrF Raman laser

Authors:

Abstract:

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Prof Peter Norreys FInstP;

Research theme

Sub department

Research groups

Generation of Ultrabright Beams in High Energy NdrGlass and KrF Laser Systems

Authors:

OBSERVATION OF PLASMA-CONFINEMENT IN PICOSECOND LASER-PLASMA INTERACTIONS

Authors:

Time-resolved measurements of the angular distribution of lasing at 23.6 nm in Ne-like germanium

Authors:

Abstract:

Progrès des recherches sur le laser X : une émission saturée et cohérente à 236 Å

Authors:

Energy transport in plasmas produced by a high brightness KrF Raman laser

Authors:

Abstract: