Search Results - "Sternovsky Z"

Ion collection by cylindrical probes in weakly collisional plasmas: Theory and experiment.

Authors: Sternovsky, Z. Robertson, S. Lampe, M.

Source: Journal of Applied Physics; August 1 2003, Vol. 94 Issue 3, p1374-1381, 8p

The Lunar Dust Experiment (LDEX) Onboard the Lunar Atmosphere and Dust Environment Explorer (LADEE) Mission.

Authors: Horányi, M. Sternovsky, Z. Lankton, M. et al.

Source: Space Science Reviews. Dec2014, Vol. 185 Issue 1-4, p93-113. 21p.

Dust trajectory sensor: Accuracy and data analysis.

Authors: Xie, J. Sternovsky, Z. Grün, E.

Source: Review of Scientific Instruments; October 2011, Vol. 82 Issue 10, p105104-105104, 1p

Large area mass analyzer instrument for the chemical analysis of interstellar dust particles.

Authors: Sternovsky, Z. Amyx, K. Bano, G.

Source: Review of Scientific Instruments; January 2007, Vol. 78 Issue 1, p014501-014501, 1p

A permanent, asymmetric dust cloud around the Moon.

Authors: Horányi, M. Szalay, J. R. Kempf, S. et al.

Source: Nature. 6/18/2015, Vol. 522 Issue 7556, p324-326. 3p.

Subjects: Interplanetary dust, Lunar research, Orbits (Astronomy), Meteor showers, Lunar surface

Impact ionisation mass spectrometry of platinum-coated olivine and magnesite-dominated cosmic dust analogues.

Authors: Hillier, Jon K. Sternovsky, Z. Kempf, S. et al.

Source: Planetary & Space Science. Jul2018, Vol. 156, p96-110. 15p.

Subjects: Platinum, Cosmic dust, Ions, Space vehicles, Olivine

Impact Ejecta and Gardening in the Lunar Polar Regions.

Authors: Szalay, J. R. Pokorný, P. Sternovsky, Z. et al.

Source: Journal of Geophysical Research. Planets. Jan2019, Vol. 124 Issue 1, p143-154. 12p.

Subject Terms: Meteoroids, Lunar surface, Galilean satellites

Geographic Terms: Equator, Polar regions

Interpreting Dust Impact Signals Detected by the STEREO Spacecraft.

Authors: O'Shea, E. Sternovsky, Z. Malaspina, D. M.

Source: Journal of Geophysical Research. Space Physics. Dec2017, Vol. 122 Issue 12, p11,864-11,873. 10p.

In-situ detection of noctilucent cloud particles by the Colorado Dust Detectors onboard the PHOCUS sounding rocket.

Authors: Sternovsky, Z. Robertson, S. Dickson, S. et al.

Source: Journal of Atmospheric & Solar-Terrestrial Physics. Oct2014, Vol. 118 Issue Part B, p145-150. 6p.

Subjects: Noctilucent clouds, Particle size distribution, PHOCUS (Information retrieval system), Atmospheric aerosols, Permanent magnets, Data analysis

In-situ measurement of smoke particles in the wintertime polar mesosphere between 80 and 85km altitude

Authors: Amyx, K. Sternovsky, Z. Knappmiller, S. et al.

Source: Journal of Atmospheric & Solar-Terrestrial Physics. Jan2008, Vol. 70 Issue 1, p61-70. 10p.

Subjects: Mesosphere, Atmosphere, Altitudes, Geospatial data

Laboratory testing and data analysis of the Electrostatic Lunar Dust Analyzer (ELDA) instrument.

Authors: Xie, J. Sternovsky, Z. Auer, S et al.

Source: Planetary & Space Science. Dec2013, Vol. 89, p63-70. 8p.

Subjects: Lunar dust, Electrostatics, Data analysis, Lunar surface, Vacuum, Particle size distribution, Signal-to-noise ratio

Active Cosmic Dust Collector

Authors: Grün, E. Sternovsky, Z. Horanyi, M. et al.

Source: Planetary & Space Science. Jan2012, Vol. 60 Issue 1, p261-273. 13p.

Subjects: Cosmic dust, Aerogels, Aluminum foil, Extraterrestrial beings, Particles, Solar system, Moon

The Electrostatic Lunar Dust Analyzer (ELDA) for the detection and trajectory measurement of slow-moving dust particles from the lunar surface

Authors: Duncan, N. Sternovsky, Z. Grün, E. et al.

Source: Planetary & Space Science. Oct2011, Vol. 59 Issue 13, p1446-1454. 9p.

Subjects: Lunar dust, Electrostatic analyzers, Trajectories (Mechanics), Meteoroids, Detectors, Lunar surface, Moon

Development of the nano-dust analyzer (NDA) for detection and compositional analysis of nanometer-size dust particles originating in the inner heliosphere.

Authors: O'Brien, L. Auer, S. Gemer, A. et al.

Source: Review of Scientific Instruments; 2014, Vol. 85 Issue 3, p1-12, 12p, 1 Color Photograph, 3 Diagrams, 7 Graphs

Production of neutral gas by micrometeoroid impacts.

Authors: Collette, A. Sternovsky, Z. Horanyi, M.

Source: ICARUS. Jan2014, Vol. 227, p89-93. 5p.

Langmuir probe interpretation for plasmas with secondary electrons from the wall.

Authors: Sternovsky, Z. Robertson, S.

Source: Physics of Plasmas. Jul2004, Vol. 11 Issue 7, p3610-3615. 6p.

The contribution of charge exchange ions to cylindrical Langmuir probe current.

Authors: Sternovsky, Z. Robertson, S. Lampe, M.

Source: Physics of Plasmas. Jan2003, Vol. 10 Issue 1, p300. 10p.

Direct Samples of Interstellar and Interplanetary Material with IMAP.

Authors: Szalay, J. R. Provornikova, E. Ayari, E. et al.

Source: Space Science Reviews. Apr2026, Vol. 222 Issue 3, p1-40. 40p.

The effect of high-velocity dust particle impacts on microchannel plate (MCP) detectors.

Authors: Gemer, A.J. Sternovsky, Z. James, D. et al.

Source: Planetary & Space Science. Apr2020, Vol. 183, pN.PAG-N.PAG. 1p.

Subjects: Microchannel plates, Dust, Detectors, Cosmic dust, Scanning electron microscopes, Impact craters

Magnetic Field Effect on Antenna Signals Induced by Dust Particle Impacts.

Authors: Nouzák, L. Sternovsky, Z. Horányi, M. et al.

Source: Journal of Geophysical Research. Space Physics. Jan2020, Vol. 125 Issue 1, pN.PAG-N.PAG. 1p.

Subject Terms: *Dust, Magnetic field effects, Space vehicles, Magnetic flux density, Electromagnets