N. Stone

发表

Enhanced electrodynamic tether currents due to electron emission from a neutral gas discharge: Results from the TSS‐1R Mission

W. J. Burke, J. Lebreton, S. Bilén, 1998 .

A technical overview of TSS-1: The first Tethered-Satellite system mission

M. Dobrowolny, N. Stone, M. Dobrowolny, 1994 .

Multiring probe in a flowing ionospheric plasma.

N. Stone, J. Sheldon, 1973 .

Unique Results and Lessons Learned from the TSS Missions

N. Stone, 2016 .

Current collection at the shuttle orbiter during the tethered satellite system tether break

W. J. Burke, J. Lebreton, D. Thompson, 1999 .

The one-dimensional time-dependent interaction of a satellite with the ionospheric plasma

N. Stone, J. Sheldon, 1970 .

Satellite Particle Collection During Active States of the Tethered Satellite System (TSS)

J. Winningham, B. Gilchrist, F. Mariani, 1996 .

Current Collection from Space Plasmas

N. Singh, N. Stone, K. Wright, 1990 .

Shuttle-era experiments in the area of plasma flow interactions with bodies in space

N. Stone, U. Samir, 1980 .

The plasma wake of mesosonic conducting bodies. Part 1. An experimental parametric study of ion focusing by the plasma sheath

N. Stone, 1981, Journal of Plasma Physics.

Current‐produced magnetic field effects on current collection

M. Liemohn, N. Stone, G. Khazanov, 2000 .

A study of plasma expansion phenomena in laboratory generated plasma wakes: preliminary results

N. Stone, U. Samir, K. Wright, 1985, Journal of Plasma Physics.

Determination of plasma drift velocity by an ion acoustic wave technique

N. Stone, W. Rehmann, 1970 .

A technical description of the TSS-1 ROPE investigation

J. Biard, J. Winningham, N. Stone, 1994 .

The Deflection Plate Analyzer: A Technique for Space Plasma Measurements Under Highly Disturbed Conditions

N. Stone, Dennis W. Smith, K. Wright, 2003 .

Ion Temperature Enhancement in the Wakes of Ionospheric Spacecraft

P. Israelevich, N. Stone, U. Samir, 2001 .

Current‐voltage characteristics of the tethered satellite system: Measurements and uncertainties due to temperature variations

C. Bonifazi, A. T. Drobot, K. Papadopoulos, 1998 .

The current‐voltage characteristics of a large probe in low Earth orbit: TSS‐1R results

Jean-Pierre Lebreton, Donald C. Thompson, Kenneth H. Wright, 1998 .

Observations of reflected ions and plasma turbulence for satellite potentials greater than the ion ram energy

J. D. Winningham, J. Winningham, N. Stone, 1998 .

Suprathermal electrons observed on the TSS‐1R satellite

C. Bonifazi, J. D. Winningham, J. Winningham, 1998 .

Instrument for differential ion flux vector measurements on Spacelab 2

W. L. Chisholm, N. Stone, K. Wright, 1985 .

Technique for measuring the differential ion flux vector

N. Stone, 1977 .

The expansion of a plasma into a vacuum - Basic phenomena and processes and applications to space plasma physics

N. Stone, U. Samir, Nobie H. Stone, 1983 .

On the interpretation of measured ion streams in the wake of the Shuttle Orbiter in terms of plasma expansion processes

N. Singh, N. Stone, U. Samir, 1989 .

On the expansion of ionospheric plasma into the near‐wake of the space shuttle orbiter

N. Stone, U. Samir, Nobie H. Stone, 1988 .

A possible explanation of the electron temperature enhancement in the wake of a satellite

N. Singh, N. Stone, U. Samir, 1987 .

The aerodynamics of bodies in a rarefied ionized gas with applications to spacecraft environmental dynamics

N. Stone, 1981 .

Laboratory simulation of the structure of disturbed zones around bodies in space

N. Stone, U. Samir, W. Oran, 1974 .

BODIES IN FLOWING PLASMAS: LABORATORY STUDIES

N. Stone, U. Samir, 1981 .

Observations of low‐energy ions in the wake of a magnetospheric satellite

R. H. Comfort, C. Chappell, N. Stone, 1986 .

On plasma disturbances caused by the motion of the Space Shuttle and small satellites - A comparison of in situ observations

N. Stone, U. Samir, K. Wright, 1986 .

Insight into theory-experiment comparisons of wake measurements in the plasmasphere

R. H. Comfort, N. Stone, U. Samir, 1989 .

Intercomparison among plasma wake models for plasmaspheric and ionospheric conditions

R. H. Comfort, N. Stone, U. Samir, 1987 .

Effect of object potentials on the wake of a flowing plasma

I. Katz, M. Mandell, N. Stone, 1987 .

More on the expansion of a collisionless plasma into the wake of a body

I. Katz, N. Stone, U. Samir, 1986, Journal of Plasma Physics.

The plasma wake of mesosonic conducting bodies. Part 2. An experimental parametric study of the mid-wake ion density peak

N. Stone, 1981, Journal of Plasma Physics.

Collisionless plasma flow over a conducting sphere

N. Stone, U. Samir, W. Oran, 1972 .

Change in ion distribution function while crossing the space shuttle wake

N. Stone, K. Wright, J. Sorensen, 1997 .

Further observations of space shuttle plasma‐electrodynamic effects from OSS‐1/STS‐3

N. Stone, U. Samir, K. Wright, 1986 .

The interaction of small and large spacecraft with their environment

N. Stone, U. Samir, 1986 .

Ion Acceleration: A Phenomenon Characteristic of the “Expansion of Plasma into a Vacuum”

N. Stone, U. Samir, K. Wright, 2013 .

The emissions of broadband electrostatic noise in the near vicinity of the shuttle orbiter

N. Stone, U. Samir, K. Wright, 1987 .

Plasma disturbances created by probes in the ionosphere and their potential impact on low‐energy measurements considered for Spacelab

N. Stone, U. Samir, K. Wright, 1978 .

Does a ‘two-stream’ flow model apply to wakes of large bodies in space?

N. Stone, U. Samir, W. Oran, 1974 .

The TSS-1R electrodynamic tether experiment: Scientific and technological results

W. J. Raitt, W. Raitt, N. Stone, 1999 .

The PROPEL electrodynamic tether demonstration mission

Les Johnson, Sven G. Bilen, Robert P. Hoyt, 2012 .

The PROPEL Electrodynamic Tether Mission and Connecting to the Ionosphere

Les Johnson, Sven G. Bilen, Jason A. Vaughn, 2012 .

Electrodynamic Tether Operations beyond the Ionosphere in the Low-Density Magnetosphere

N. Stone, 2007 .

Multiple ion streams in the near vicinity of the space shuttle

N. Stone, U. Samir, D. L. Reasoner, 1983 .

Slow ions in plasma wind tunnels

N. Stone, U. Samir, W. Oran, 1976 .

Laboratory observations of electron temperature in the wake of a sphere in a streaming plasma

N. Stone, U. Samir, W. Oran, 1975 .

Re-Thinking the Use of the OML Model in Electric-Sail Development

N. Stone, 2016 .

Orbiter at angles of attack as great as 50 ̧ with Centaur Multiple Auroral Probe missions

Š., Ľ., N. Stone, 2007 .

The plasma dynamics of hypersonic spacecraft: Applications of laboratory simulations and active in situ experiments

N. Stone, U. Samir, 1986 .

Current collection model on tether satellite system

S. Wu, N. Stone, K. Wright, 1990 .

The effects of body geometry on the structure in the near wake zone of bodies in a flowing plasma

N. Stone, U. Samir, W. Oran, 1975 .

Parametric study of near-wake structure of spherical and cylindrical bodies in the laboratory

N. Stone, U. Samir, W. Oran, 1974 .

The flight of the Tethered Satellite System

Dennis Papadopoulos, Nobie H. Stone, Adam Thomas Drobot, 1992 .

The simulation of ionospheric conditions for space vehicles

N. Stone, W. Rehmann, 1970 .

Three-dimensional simulation of current collection in space

S. Wu, N. Stone, Nobie H. Stone, 1997 .

GRID SPHERE ELECTRODES USED FOR CURRENT COLLECTION AT THE POSITIVE POLE OF ELECTRODYNAMIC TETHERS

James Moore, Nobie Stone, N. Stone, 2004 .

The TSS‐1R Mission: Overview and scientific context

C. Bonifazi, Nobie H. Stone, C. Bonifazi, 1998 .

Electrodynamic characteristics of the Tethered Satellite System during the TSS-1R mission

N. Stone, Nobie Stone, 1996 .

The current-voltage characteristics of a large probe in low Earth orbit : TSS-1 R results

C. Bonifazi, W. J. Raitt, W. J. Burke, 2007 .

Ionospheric aerodynamics and space simulation studies utilizing the Shuttle/Spacelab platform

N. Stone, U. Samir, W. Oran, 1977 .