Professor Steven Rose: Publications

Study of X-ray photoionized Fe plasma and comparisons with astrophysical modeling codes

Journal of Quantitative Spectroscopy and Radiative Transfer Elsevier 99:1-3 (2006) 712-729

Authors:

ME Foord, RF Heeter, H-K Chung, PAM van Hoof, JE Bailey, ME Cuneo, DA Liedahl, KB Fournier, V Jonauskas, R Kisielius, C Ramsbottom, PT Springer, FP Keenan, SJ Rose, WH Goldstein

More details from the publisher

Production of Dense Plasmas with sub-10-fs Laser Pulses

Physical Review Letters American Physical Society (APS) 96:8 (2006) 085002

Authors:

J Osterholz, F Brandl, T Fischer, D Hemmers, M Cerchez, G Pretzler, O Willi, SJ Rose

More details from the publisher

More details

New experimental possibilities for measuring radiative opacity under conditions in the Sun's interior

Plasma Physics and Controlled Fusion IOP Publishing 47:12B (2005) b735

More details from the publisher

High Energy Density Physics Elsevier BV 1:1 (2005) 1-1

Authors:

Richard W Lee, Steven Rose

More details from the publisher

An Analytic Geometry-Variant Approach to Line Ratio Enhancement above the Optically Thin Limit

The Astrophysical Journal American Astronomical Society 629:2 (2005) 1091-1101

Authors:

FM Kerr, SJ Rose, JS Wark, FP Keenan

More details from the publisher

Professor Steven Rose

Research theme

Sub department

Study of X-ray photoionized Fe plasma and comparisons with astrophysical modeling codes

Authors:

Production of Dense Plasmas with sub-10-fs Laser Pulses

Authors:

New experimental possibilities for measuring radiative opacity under conditions in the Sun's interior

Authors:

An Analytic Geometry-Variant Approach to Line Ratio Enhancement above the Optically Thin Limit

Authors:

FIND US

CONTACT US

Professor Steven Rose

Research theme

Sub department

Research groups

Study of X-ray photoionized Fe plasma and comparisons with astrophysical modeling codes

Authors:

Production of Dense Plasmas with sub-10-fs Laser Pulses

Authors:

New experimental possibilities for measuring radiative opacity under conditions in the Sun's interior

Authors:

An Analytic Geometry-Variant Approach to Line Ratio Enhancement above the Optically Thin Limit

Authors: