Professor Steven Rose: Publications

FOKKER-PLANCK SIMULATIONS OF SHORT-PULSE LASER SOLID EXPERIMENTS

LASER INTERACTION WITH MATTER (1995) 145-148

Authors:

RPJ TOWN, AR BELL, SJ ROSE

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NEAR-FIELD IMAGING OF THE C-VI HIGH-GAIN RECOMBINATION X-RAY LASER-DRIVEN BY A 20-J, 2 PS LASER-BEAM

LASER INTERACTION WITH MATTER (1995) 125-128

Authors:

J ZHANG, MH KEY, PA NORREYS, GJ TALLENTS, D NEELY, A BEHJAT, C DANSON, A DEMIR, L DWIVEDI, M HOLDEN, CLS LEWIS, AG MACPHEE, GJ PERT, SA RAMSDEN, SJ ROSE, YF SHAO, O THOMAS, F WALSH, YL YOU

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NUMERICAL-SIMULATION OF OPTICALLY IONIZED PLASMA RECOMBINATION X-RAY LASERS

LASER INTERACTION WITH MATTER (1995) 407-410

Authors:

YF SHAO, SJ ROSE, A DJAOUI

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Production of a high-density, long scale-length iron plasma using a capillary discharge

Laser and Particle Beams Cambridge University Press (CUP) 12:4 (1994) 751-757

Authors:

WJ Blyth, NC Woolsey, JS Wark, PE Young, A Zigler, SJ Rose

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Calculation of the effects of velocity gradients and opacity on line transfer in laser-produced plasmas

Journal of Quantitative Spectroscopy and Radiative Transfer Elsevier 52:5 (1994) 531-544

Authors:

A Djaoui, SJ Rose, JS Wark

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Professor Steven Rose

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FOKKER-PLANCK SIMULATIONS OF SHORT-PULSE LASER SOLID EXPERIMENTS

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NEAR-FIELD IMAGING OF THE C-VI HIGH-GAIN RECOMBINATION X-RAY LASER-DRIVEN BY A 20-J, 2 PS LASER-BEAM

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NUMERICAL-SIMULATION OF OPTICALLY IONIZED PLASMA RECOMBINATION X-RAY LASERS

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Production of a high-density, long scale-length iron plasma using a capillary discharge

Authors:

Calculation of the effects of velocity gradients and opacity on line transfer in laser-produced plasmas

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Professor Steven Rose

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FOKKER-PLANCK SIMULATIONS OF SHORT-PULSE LASER SOLID EXPERIMENTS

Authors:

NEAR-FIELD IMAGING OF THE C-VI HIGH-GAIN RECOMBINATION X-RAY LASER-DRIVEN BY A 20-J, 2 PS LASER-BEAM

Authors:

NUMERICAL-SIMULATION OF OPTICALLY IONIZED PLASMA RECOMBINATION X-RAY LASERS

Authors:

Production of a high-density, long scale-length iron plasma using a capillary discharge

Authors:

Calculation of the effects of velocity gradients and opacity on line transfer in laser-produced plasmas

Authors: