Luminous efficiencies of three nickel artificial meteors between 9.8 and 11.4 kilometers per second

Meteor velocities: A new look at an old problem

Elford, W.
Cervera, M.
Steel, D.

January 1995

Meteoroids that orbit the Sun encounter the Earth with speeds between 11 and 74 km/sec. However, the...

Simultaneous radar and video meteors

Weryk, Robert J

December 2012

The goal of this thesis is to better understand the physical and chemical properties of meteoroids b...

Statistical analysis of photographic meteor data. part i- opik's luminous efficiency and supplemented whipple weighting

Dalton, C. C.

September 1965

Statistical analysis of photographic meteor data - Opiks luminous efficiency and supplemented Whippl...

Luminous efficiency of an artificial meteor at 11.9 kilometers per second

Ayers, W. G.

August 1965

Trailblazer II reentry vehicle artificial meteoroid experiment consisting of reentering 2.2-gram st...

Flight test performance and description of a rocket vihicle for producing low-speed artificial meteors

Keating, J. C.
Brown, C. A., Jr.

April 1964

Flight test of trailblazer i reentry vehicle and production of artificial iron meteor

Luminous efficiencies of three nickel artificial meteors between 9.8 and 11.4 kilometers per second /

Bess, T. Dale (Thomas Dale)
United States. National Aeronautics and Space Administration.
Langley Research Center.

Prepared at Langley Research Center."August 1968"--Cover.Includes bibliographical references (p. 22)...

Luminous efficiency of meteors derived from ablation model after assessment of its range of validity

Drolshagen, E.
Trigo-Rodríguez, Josep María
Peña-Asensio, E.
Poppe, Bruce

February 2022

Drolshagen, E., et al.[Context] The luminous efficiency, τ, can be used to compute the pre-Atmospher...

Luminous efficiency based on FRIPON meteors and limitations of ablation models

Drolshagen, E.
Ott, T.
Koschny, D.
Drolshagen, G.
Vaubaillon, J.
Colas, F.
Zanda, B.
Bouley, S.
Jeanne, S.
Malgoyre, A.
Birlan, M.
Vernazza, P.
Gardiol, D.
Nedelcu, D.
Rowe, J.
Forcier, M.
Trigo-Rodriguez, J.
Peña-Asensio, E.
Lamy, H.
Ferrière, L.
Barghini, D.
Carbognani, A.
Di Martino, M.
Rasetti, S.
Valsecchi, G.
Volpicelli, C.
Di Carlo, M.
Knapic, C.
Pratesi, G.
Riva, W.
Stirpe, G.
Zorba, S.
Hernandez, O.
Grandchamps, A.
Jehin, E.
Jobin, M.
King, A.
Sanchez-Lavega, A.
Toni, A.
Rimola, A.
Poppe, B.

June 2021

International audienceContext. In meteor physics, the luminous efficiency τ is used to convert the m...

Statistical analysis of photographic meteor data. Part II - Verniani's luminous efficiency and supplemented Whipple weighting

Dalton, C. C.

November 1965

Statistical analysis of photographic meteor data - Vernianis luminous efficiency and supplemented Wh...

Luminous Efficiency of Hypervelocity Meteoroid Impacts on the Moon Derived from the 2015 Geminid Meteor Shower

Ehlert, S. R.
Suggs, R. M.
Moser, D. E.

April 2017

Meteoroids cannot be observed directly because of their small size. In-situ measurements of the mete...

Small iron meteoroids

David Čapek
Pavel Koten
Jiří Borovička
Vlastimil Vojáček
Pavel Spurný
Rostislav Štork

May 2019

Context. A significant fraction of small meteors are produced by iron meteoroids. Their origin and t...

A study of artificial meteors as ablators

Stine, H. A.
Shepard, C. E.
Winovich, W.
Vorreiter, J. W.

January 1965

Ablation properties and luminosity of artificial meteoroid materials determined in plasma jet test

Luminous Efficiency of Hypervelocity Meteoroid Impacts on the Moon Derived from the 2006 Geminids, 2007 Lyrids, and 2008 Taurids

Moser, D. E.
Koehler, H. M.
Diekmann, A. M.
Suggs, R. J.
Suggs, R. M.
Swift, W. R.
Cooke, W. J.

July 2011

Since early 2006, NASA s Marshall Space Flight Center has been routinely monitoring the Moon for imp...

Physical characteristics of very small meteoroids

J.-B. Kikwaya
M. Campbell-Brown
P. G. Brown
R. L. Hawkes
R. J. Weryk

February 2009

We have optically recorded faint meteors using a large aperture LLLTV (low light level television) s...

Meteor masses and luminosity

Verniani, F.

August 1966

Analysis of meteor luminous efficiency based on photographic data, taking into account fragmentation...

Meteor velocities: A new look at an old problem

Elford, W.
Cervera, M.
Steel, D.

January 1995

Meteoroids that orbit the Sun encounter the Earth with speeds between 11 and 74 km/sec. However, the...

Simultaneous radar and video meteors

Weryk, Robert J

December 2012

The goal of this thesis is to better understand the physical and chemical properties of meteoroids b...

Statistical analysis of photographic meteor data. part i- opik's luminous efficiency and supplemented whipple weighting

Dalton, C. C.

September 1965

Statistical analysis of photographic meteor data - Opiks luminous efficiency and supplemented Whippl...

Luminous efficiency of an artificial meteor at 11.9 kilometers per second

Ayers, W. G.

August 1965

Trailblazer II reentry vehicle artificial meteoroid experiment consisting of reentering 2.2-gram st...

Flight test performance and description of a rocket vihicle for producing low-speed artificial meteors

Keating, J. C.
Brown, C. A., Jr.

April 1964

Flight test of trailblazer i reentry vehicle and production of artificial iron meteor

Luminous efficiencies of three nickel artificial meteors between 9.8 and 11.4 kilometers per second /

Bess, T. Dale (Thomas Dale)
United States. National Aeronautics and Space Administration.
Langley Research Center.

Prepared at Langley Research Center."August 1968"--Cover.Includes bibliographical references (p. 22)...

Luminous efficiency of meteors derived from ablation model after assessment of its range of validity

Drolshagen, E.
Trigo-Rodríguez, Josep María
Peña-Asensio, E.
Poppe, Bruce

February 2022

Drolshagen, E., et al.[Context] The luminous efficiency, τ, can be used to compute the pre-Atmospher...

Luminous efficiency based on FRIPON meteors and limitations of ablation models

Drolshagen, E.
Ott, T.
Koschny, D.
Drolshagen, G.
Vaubaillon, J.
Colas, F.
Zanda, B.
Bouley, S.
Jeanne, S.
Malgoyre, A.
Birlan, M.
Vernazza, P.
Gardiol, D.
Nedelcu, D.
Rowe, J.
Forcier, M.
Trigo-Rodriguez, J.
Peña-Asensio, E.
Lamy, H.
Ferrière, L.
Barghini, D.
Carbognani, A.
Di Martino, M.
Rasetti, S.
Valsecchi, G.
Volpicelli, C.
Di Carlo, M.
Knapic, C.
Pratesi, G.
Riva, W.
Stirpe, G.
Zorba, S.
Hernandez, O.
Grandchamps, A.
Jehin, E.
Jobin, M.
King, A.
Sanchez-Lavega, A.
Toni, A.
Rimola, A.
Poppe, B.

June 2021

International audienceContext. In meteor physics, the luminous efficiency τ is used to convert the m...

Statistical analysis of photographic meteor data. Part II - Verniani's luminous efficiency and supplemented Whipple weighting

Dalton, C. C.

November 1965

Statistical analysis of photographic meteor data - Vernianis luminous efficiency and supplemented Wh...

Luminous Efficiency of Hypervelocity Meteoroid Impacts on the Moon Derived from the 2015 Geminid Meteor Shower

Ehlert, S. R.
Suggs, R. M.
Moser, D. E.

April 2017

Meteoroids cannot be observed directly because of their small size. In-situ measurements of the mete...

Small iron meteoroids

David Čapek
Pavel Koten
Jiří Borovička
Vlastimil Vojáček
Pavel Spurný
Rostislav Štork

May 2019

Context. A significant fraction of small meteors are produced by iron meteoroids. Their origin and t...

A study of artificial meteors as ablators

Stine, H. A.
Shepard, C. E.
Winovich, W.
Vorreiter, J. W.

January 1965

Ablation properties and luminosity of artificial meteoroid materials determined in plasma jet test

Luminous Efficiency of Hypervelocity Meteoroid Impacts on the Moon Derived from the 2006 Geminids, 2007 Lyrids, and 2008 Taurids

Moser, D. E.
Koehler, H. M.
Diekmann, A. M.
Suggs, R. J.
Suggs, R. M.
Swift, W. R.
Cooke, W. J.

July 2011

Since early 2006, NASA s Marshall Space Flight Center has been routinely monitoring the Moon for imp...

Physical characteristics of very small meteoroids

J.-B. Kikwaya
M. Campbell-Brown
P. G. Brown
R. L. Hawkes
R. J. Weryk

February 2009

We have optically recorded faint meteors using a large aperture LLLTV (low light level television) s...

Meteor masses and luminosity

Verniani, F.

August 1966

Analysis of meteor luminous efficiency based on photographic data, taking into account fragmentation...

Meteor velocities: A new look at an old problem

Elford, W.
Cervera, M.
Steel, D.

January 1995

Meteoroids that orbit the Sun encounter the Earth with speeds between 11 and 74 km/sec. However, the...

Simultaneous radar and video meteors

Weryk, Robert J

December 2012

The goal of this thesis is to better understand the physical and chemical properties of meteoroids b...

Statistical analysis of photographic meteor data. part i- opik's luminous efficiency and supplemented whipple weighting

Dalton, C. C.

September 1965

Statistical analysis of photographic meteor data - Opiks luminous efficiency and supplemented Whippl...

Luminous efficiencies of three nickel artificial meteors between 9.8 and 11.4 kilometers per second

Abstract

Extracted data

Luminous efficiencies of three nickel artificial meteors between 9.8 and 11.4 kilometers per second

Abstract

Extracted data

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