J. A. Newbury

发表

Electron temperature in the ambient solar wind: Typical properties and a lower bound at 1 AU

C. Russell, J. Phillips, J. A. Newbury, 1998 .

Numerical analysis of collisionless particle motion in an observed supercritical shock front

C. Russell, M. Gedalin, J. A. Newbury, 2000 .

Submittedto : Solar Terrestrial Coupling Through Space Plasma Processes

C. Russell, M. Kivelson, R. Elphic, 2001 .

Solar wind polytropic index in the vicinity of stream interactions

J. A. Newbury, G. M. Lindsay, C. Russell, 1997 .

Direct numerical testing of stationary shock model with low Mach number shock observations

C. Russell, M. Gedalin, J. A. Newbury, 1998 .

The magnetic and plasma structure of flux transfer events

C. Russell, R. Elphic, J. Gosling, 1999 .

Electron temperature and de Hoffmann‐Teller potential change across the Earth's bow shock: New results from ISEE 1

C. Russell, J. Scudder, K. Ogilvie, 2000 .

The ramp widths of high‐Mach‐number, quasi‐perpendicular collisionless shocks

C. Russell, M. Gedalin, J. A. Newbury, 1998 .

Lower bound for electron core beta in the solar wind

J. A. Newbury, S. Gary, B. Goldstein, 1998 .

Observations of a very thin collisionless shock

C. Russell, J. A. Newbury, 1996 .

Electron temperature in the solar wind at 1 AU

J. A. Newbury, 1996 .

The determination of shock ramp width using the noncoplanar magnetic field component

M. Gedalin, J. A. Newbury, C. Russell, 1997, physics/9702009.

Shock profile analysis using wavelet transform

C. Russell, M. Gedalin, J. A. Newbury, 1998 .