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Interplanetary overlay network : an implementation of the DTN bundle protocol

Burleigh, Scott (Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2006, 2007-01-11)

Interplanetary Proton Model: JPL 1991

Feynman, J.; Spitale, G.; Wang, J. (1993-05)

This study was carried out to increase the acuracy and energy range of predictive models of interplanetary proton fluences. Such an estimate is often needed when spacecraft spend a signigicant amount of time in the ...

Interplanetary Ram Pressure Increases Decreases and Dayside Auroral Variations

Tsurutani, B.; Zhou, X-Y. (2000-10-02)

Interplanetary Ram Pressure Increases/Decreases and Dayside Auroral Variations

Tsurutani, B.; Zhou, X. (2000-10-02)

Interplanetary Scintillation

Armstrong, John W. (1995-01-03)

Interplanetary scintillation (IPS) has been used as a diagnostic of solar wind speed and interplanetary plasma turbulence, allowing inference of speed and electron density power spectrum close to the Sun and out of the ...

Interplanetary shock effects on the nightside auroral zone, magnetosphere and ionosphere

Tsurutani, B. T.; Zhou, X. Y. (2000-11-27)

Responses of the nightside magnetosphere and auroral zone to interplanetary shocks are studies using WIND solar wind data and POLAR UV imaging data.

Interplanetary Shock Triggering of Auroral Substorm Activity: A Mechanism

Tsurutani, B.; Zhou, X.; Arballo, J.; Lakhina, G. (2000-04-25)

Interplanetary shock triggering of auroral substorm activity: a mechanism

Zhou, X. Y.; Tsurutani, B. T.; Arballo, J. K.; Lakhina, G. S. (2000-07-16)

Interplanetary Shock Triggering of Geomagnetic Activity: Wind and Polar

Tsurutani, B.; Zhou, X. (2000-04-25)

We use WIND solar wind data and POLAR UV imaging data to study magnetospheric responses and suibstorm triggering mechanisms during and after interplanetary (IP) shock events.

Interplanetary Shock Triggering of Planetary Auroras

Tsurutani, B.; Zhou, X.; Arballo, J.; Gonzalez, W.; Lakhina, G.; Vasyliunas, V. (2000-04-25)

Interplanetary Shock Triggering of Substorms

Tsurutani, B.; Zhou, X-Y. (2000-09-27)

Interplanetary Shock Triggering of Substorms

Tsurutani, B.; Zhou, X. (2000-10-02)

We use WIND solar wind data a POLAR UV imaging data to study magnetospheric responses and substorm triggering mechanisms during and after interplanetary (IP) shock events.

Interplanetary Shock Waves and Large-Scale Structures: Ulysses' Observations in and out of the Ecliptic Plane

Gonzalez-Esparza, J. A.; Balogh, A.; Forsyth, R. J.; Neugebauer, M.; Smith, E. J.; Phillips, J. L. (1995)

A study is presented of 153 fast shock waves and their relation to other large-scale features in the solar wind: corotating interaction regions (CIRs), interplanetary counterparts of coronal mass ejections (ICMEs) and the ...

Interplanetary shock-auroras: multiple observations

Zhou, X. Y.; Tsurutani, B. T.; Carlson, C. W.; Strangeway, R. J.; Anderson, P. C.; Sibeck, D. G. (2001-05-15)

Interplanetary shocks can trigger intense dayside auroral brightenings and very fast anti-sunward auroral expansions. these auroral phenomena are called shock-auroras.

Interplanetary shocks/pressure pulses and dayside auroras

Zhou, X. Y.; Tsurutani, B. T.; Prange, R. (2000-12-15)

Interplanetary small mission studies

Johnson, M. B.; Owens, J. M. (2001-03-10)

Interplanetary small mission studies

Owens, J. M.; Johnson, M. B. (2000-10-23)

This paper will highlight the results from these studies and discuss how the concurrent engineering environment of Team X lends itself to pre-phase A concept investigations.

Interplanetary small mission studies

Owens, J. M.; Johnson, M. B. (2001-03-10)

Interplanetary Stock Triggering of Auroral Substorm Activity: A Mechanism

Tsurutani, B.; Zhou, X-Y.; Arballo, J.; Lakhina, G. (2000-02-01)

We use 1997-1998 Wind Solar Wind data and POLAR UV imaging data to study magnetospheric responses and substorm triggering mechanisms during and after interplanetary (IP) shock events.

The interplanetary superhighway and human habitation on the Moon

Lo, Martin W. (Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2006., 2006-02-05)

NASA’s new vision to return humans to the Moon is the next practical step in expanding human habitation beyond Earth. As the Habitation 2006 Conference website states: “new knowledge and new technologies are required.” ...

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