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Atomic and Laser Physics
Credit: Jack Hobhouse

Professor Steven Rose

Visiting Professor

Research theme

  • Lasers and high energy density science

Sub department

  • Atomic and Laser Physics

Research groups

  • Oxford Centre for High Energy Density Science (OxCHEDS)
Steven.Rose@physics.ox.ac.uk
  • About
  • Publications

PLASMA ION EMISSION FROM HIGH-INTENSITY PICOSECOND LASER-PULSE INTERACTIONS WITH SOLID TARGETS

PHYSICAL REVIEW LETTERS 73:13 (1994) 1801-1804

Authors:

AP FEWS, PA NORREYS, FN BEG, AR BELL, AE DANGOR, CN DANSON, P LEE, SJ ROSE

PRODUCTION OF A HIGH-DENSITY, LONG-SCALE-LENGTH IRON PLASMA USING A CAPILLARY DISCHARGE

LASER AND PARTICLE BEAMS 12:4 (1994) 751-757

Authors:

WJ BLYTH, NC WOOLSEY, JS WARK, PE YOUNG, A ZIGLER, SJ ROSE

Experimental measurement of the dynamics of foil targets under the impact of intense pulses of soft x radiation

Physical Review Letters American Physical Society (APS) 71:21 (1993) 3477-3480

Authors:

J Edwards, M Dunne, R Taylor, O Willi, CA Back, SJ Rose

Measurement of the photo-pump strength of the 3d-5f transitions in the automatically line matched ni-like sm photo-pumped x-ray laser

Journal of Physics B: Atomic, Molecular and Optical Physics 26:20 (1993) 3693-3699

Authors:

PA Norreys, J Zhang, G Caims, A Djaoui, L Dwivedi, MH Key, R Kodama, J Krishnan, CLS Lewis, D Neely, D O鈥橬eill, GJ Pert, SA Ramsden, SJ Rose, GJ Tallents, J Uhomoibhi

Abstract:

The photo-pump strengths of both the ((3d4)o(3d6)o)o-(((3d3)3/2(3d6)o)3/2 (5f)5/2)1 and the ((3d4)o(3d6)o)o-(((3d3)5/2(3d6)o)7/2 (5f)5/2)1 transitions in Ni-like Smw+ have been measured to be 2, 0 x 10-4 and 2.4 x 10-4 photons/mode respectively. The implications of the measurement are briefly discussed in a comparison of the merits of automatically line matched photo-pump scheme to those of the collisional excitation Ni-like Sm+34 scheme. 漏 1993 IOP Publishing Ltd.

Ionization time scales in hot dense plasma

Journal of Physics B Atomic Molecular and Optical Physics IOP Publishing 26:16 (1993) l523

Authors:

J Edwards, SJ Rose

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