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Results: 1-16 |
Results: 16
Dynamic structure factor for a two-component model plasma - art. no. 056410
Authors: Selchow, A Ropke, G Wierling, A Reinholz, H Pschiwul, T Zwicknagel, G
Citation: A. Selchow et al., Dynamic structure factor for a two-component model plasma - art. no. 056410, PHYS REV E, 6405(5), 2001, pp. 6410
Diffusion-transport cross section and stopping power of swift heavy ions -art. no. 052903
Authors: Maynard, G Zwicknagel, G Deutsch, C Katsonis, K
Citation: G. Maynard et al., Diffusion-transport cross section and stopping power of swift heavy ions -art. no. 052903, PHYS REV A, 6305(5), 2001, pp. 2903
MD-simulations of the dynamic properties of a nonideal two-component plasma
Authors: Pschiwul, T Zwicknagel, G
Citation: T. Pschiwul et G. Zwicknagel, MD-simulations of the dynamic properties of a nonideal two-component plasma, CONTR PLASM, 41(2-3), 2001, pp. 271-274
Modeling of swift heavy ions interaction with dense matter
Authors: Maynard, G Katsonis, K Deutsch, C Zwicknagel, G Chabot, M Gardes, D
Citation: G. Maynard et al., Modeling of swift heavy ions interaction with dense matter, NUCL INST A, 464(1-3), 2001, pp. 86-92
Wave packet molecular dynamics simulations of hydrogen under extreme conditions
Authors: Knaup, M Zwicknagel, G Reinhard, PG Toepffer, C
Citation: M. Knaup et al., Wave packet molecular dynamics simulations of hydrogen under extreme conditions, NUCL INST A, 464(1-3), 2001, pp. 267-270
Intrabeam scattering and halo formation in high intensity linac beams
Authors: Uhlmann, N Toepffer, C Zwicknagel, G
Citation: N. Uhlmann et al., Intrabeam scattering and halo formation in high intensity linac beams, NUCL INST A, 464(1-3), 2001, pp. 546-550
Wave packet molecular dynamics simulations of hydrogen under extreme conditions
Authors: Knaup, M Zwicknagel, G Reinhard, PG Toepffer, C
Citation: M. Knaup et al., Wave packet molecular dynamics simulations of hydrogen under extreme conditions, J PHYS IV, 10(P5), 2000, pp. 307-310
Molecular dynamics simulations of microfields in strongly correlated plasmas
Authors: Marten, J Pschiwul, T Lill, M Reinhard, PG Toepffer, C Zwicknagel, G
Citation: J. Marten et al., Molecular dynamics simulations of microfields in strongly correlated plasmas, J PHYS IV, 10(P5), 2000, pp. 497-500
Stopping power of ions in a magnetized two-temperature plasma
Authors: Nersisyan, HB Walter, M Zwicknagel, G
Citation: Hb. Nersisyan et al., Stopping power of ions in a magnetized two-temperature plasma, PHYS REV E, 61(6), 2000, pp. 7022-7033
Nonlinear energy loss of highly charged heavy ions
Authors: Zwicknagel, G
Citation: G. Zwicknagel, Nonlinear energy loss of highly charged heavy ions, NUCL INST A, 441(1-2), 2000, pp. 44-49
Numerical simulation of the adiabatic acceleration of electron beams
Authors: Schmoller, T Zwicknagel, G Toepffer, C
Citation: T. Schmoller et al., Numerical simulation of the adiabatic acceleration of electron beams, NUCL INST A, 441(1-2), 2000, pp. 50-53
Stopping power in anisotropic, magnetized electron plasmas
Authors: Walter, M Toepffer, C Zwicknagel, G
Citation: M. Walter et al., Stopping power in anisotropic, magnetized electron plasmas, NUCL INST B, 168(3), 2000, pp. 347-361
Molecular dynamics simulations of the dynamics of correlations and relaxation in an OCP
Authors: Zwicknagel, G
Citation: G. Zwicknagel, Molecular dynamics simulations of the dynamics of correlations and relaxation in an OCP, CONTR PLASM, 39(1-2), 1999, pp. 155-158
Stopping of heavy ions in plasmas at strong coupling (vol 309, pg 117, 1999)
Authors: Zwicknagel, G Toepffer, C Reinhard, PG
Citation: G. Zwicknagel et al., Stopping of heavy ions in plasmas at strong coupling (vol 309, pg 117, 1999), PHYS REPORT, 314(6), 1999, pp. 671-671
Stopping of heavy ions in plasmas at strong coupling
Authors: Zwicknagel, G Toepffer, C Reinhard, PG
Citation: G. Zwicknagel et al., Stopping of heavy ions in plasmas at strong coupling, PHYS REPORT, 309(3), 1999, pp. 117-208
Particle-in-cell simulation of the stopping power in the presence of a magnetic field
Authors: Walter, M Toepffer, C Zwicknagel, G
Citation: M. Walter et al., Particle-in-cell simulation of the stopping power in the presence of a magnetic field, HYPER INTER, 115(1-4), 1998, pp. 67-72
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