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L. Sehnal · SciRah

Researcher profile · Semantic Scholar

L. Sehnal

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L. Sehnal — researcher profile on SciRah

h-index: 9
Works: 77
Citations: 233

Most-cited papers

Effects of the terrestrial infrared radiation pressure on the motion of an artificial satellite
L. Sehnal
198126 citations
Semantic Scholar
Thermospheric total density model TD.
L. Sehnal
198817 citations
Semantic Scholar
The Earth's Shadowing Effects in the Short-Periodic Perturbations of Satellite Orbits
P. Lala, L. Sehnal
197013 citations
Semantic Scholar
The motion of a charged satellite in the earth's magnetic field
L. Sehnal
196913 citations
Semantic Scholar
Radiation Pressure Effects in the Motion of Artificial Satellites
L. Sehnal
197012 citations
Semantic Scholar
Comparison of the thermosphere total density model TD 88 with cira 86
L. Sehnal
199011 citations
Semantic Scholar
The earth albedo model in spherical harmonics
L. Sehnal
197911 citations
Semantic Scholar
Determination of basic constants of satellite-atmosphere interaction from the analysis of motion of 1974-70A
L. Sehnal
198310 citations
Semantic Scholar
The perturbations of the orbit of the stationary satellite of the Earth
L. Sehnal
196010 citations
Semantic Scholar
Theory of the motion of an artificial satellite in the earth atmosphere
L. Sehnal
19909 citations
Semantic Scholar
A second order analytical atmospheric drag theory based on the TD88 thermospheric density model
F. A. Abd El-Salam, L. Sehnal
20048 citations
Semantic Scholar
The influence of the equatorial ellipticity of the Earth gravitational field on the motion of a close satellite
L. Sehnal
19608 citations
Semantic Scholar
Lifetime of the ROHINI A satellite.
L. Sehnal, L. Pospíšilová
19917 citations
Semantic Scholar
Dynamical microaccelerometric measurements on board space shuttle
L. Sehnal, R. Peřestý, L. Pospíšilová, A. Kohlhase
20005 citations
Semantic Scholar
MIMOSA—A satellite measuring orbital and attitudinal accelerations caused by non-gravitational forces☆
L. Sehnal, L. Pospíšilová, R. Peřestý, P. Dostal +1 more
19995 citations
Semantic Scholar
Analytical Models of Mars' Atmosphere Density
L. Sehnal
19905 citations
Semantic Scholar
The Perturbations of the Orbital Elements Caused by the Pressure of the Radiation Reflected from the Earth
L. Sehnal
19665 citations
Semantic Scholar
Model of non-gravitational perturbations for CESAR experiment with MACEK accelerometer
L. Sehnal, D. Vokrouhlický
19954 citations
Semantic Scholar
Cloud coverage aspects of the albedo effect
D. Vokrouhlický, L. Sehnal
19934 citations
Semantic Scholar
Non-Gravitational Forces in Satellite Dynamics
L. Sehnal
19754 citations
Semantic Scholar
The effects of the terrestrial infrared radiation pressure on the earth's artificial satellite dynamics
Fawzy Ahmed Abd El-Salam, L. Sehnal
2005Applied Mathematics and Computation3 citations
Semantic Scholar
PROJECT MIMOSA – FINAL STAGE OF THE SATELLITE FABRICATION
R. Peřestý, L. Sehnal, L. Pospíšilová
20033 citations
Semantic Scholar
In-Orbit Testing of the “MACEK” Microaccelerometer
L. Sehnal, R. Peřestý
19933 citations
Semantic Scholar
Comparison of thermospheric density models at 285 km
L. Sehnal
19883 citations
Semantic Scholar
The semi-annual thermospheric density variation between 200 - 560 km.
L. Sehnal, M. Vykutilova, E. Illes, A. Horvath +2 more
19883 citations
Semantic Scholar
Analysis of inclination variations of the first Netherlands satellite
K. Wakker, J. Klokočník, J. Kostelecký, L. Sehnal
19813 citations
Semantic Scholar
The Short-period Drag Perturbations of the Orbits of Artificial Satellites
S. B. Mills, L. Sehnal
19663 citations
Semantic Scholar
New Czechoslovak meteorite "Luhy"
Z. Ceplecha, J. Rajchl, L. Sehnal
19593 citations
Semantic Scholar
Space project MIMOSA
L. Sehnal
20032 citations
Semantic Scholar
Determination of orbital drag perturbations caused by atmospheric effects
L. Sehnal
19862 citations
Semantic Scholar
The motion of an artificial satellite under the terrestrial radiation pressure
L. Sehnal
19812 citations
Semantic Scholar
Variations of the thermal accommodation coefficient from the analysis of the atmospheric lift effects on the satellite 1974-70 A
L. Sehnal
19812 citations
Semantic Scholar
The influence of the re-radiation of the earth on the motion of the artificial satellites
L. Sehnal
19662 citations
Semantic Scholar
The Effect of the Re-Radiation of the Sunlight from the Earth on the Motion of Artificial Satellites
L. Sehnal
19632 citations
Semantic Scholar
Analytical second-order drag theory with application for lifetime determination of artificial satellites in low earth orbits
Fawzy Ahmed Abd El-Salam, L. Sehnal
2005Applied Mathematics and Computation1 citations
Semantic Scholar
Status of the hardware and software at the final stages of the project MIMOSA
L. Sehnal, R. Peřestý, L. Pospíšilová, P. Dostal
20021 citations
Semantic Scholar
Microaccelerometric Satellite Mimosa (Micro-Measurement of Satellite Accelerations)
L. Sehnal, R. Peřestý, P. Dostal
19991 citations
Semantic Scholar
Lifetime of the CESAR satellite.
L. Sehnal, L. Pospíšilová
19941 citations
Semantic Scholar
On some aspects of the albedo effect application to the ERS-1 satellite
D. Vokrouhlický, L. Sehnal
19931 citations
Semantic Scholar
CESAR project - A Central European Satellite for Advanced Research
L. Guerriero, Ernesto Vallerani, E. Both, Z. Kłos +3 more
19931 citations
Semantic Scholar
Model of the upper total density distribution TD 88 .
L. Sehnal
19881 citations
Semantic Scholar
Semi-annual variation of the thermospheric density
L. Sehnal
19871 citations
Semantic Scholar
Models of the thermosphere total density for satellite dynamics
L. Sehnal
19871 citations
Semantic Scholar
Change of the orbital inclination of satellite 1974-70A.
L. Sehnal
19821 citations
Semantic Scholar
Atmospheric effects on the dynamics of the MIMOSA satellite
J. Kabeláč, L. Sehnal
20030 citations
Semantic Scholar
Satellite-based microaccelerometric measurements for atmospheric research
L. Sehnal, R. Peřestý
2002SPIE Optics + Photonics0 citations
Semantic Scholar
Nongravitational forces acting on the CHAMP satellite
L. Sehnal, D. Vokrouhlický, L. Pospíšilová, A. Kohlhase
19970 citations
Semantic Scholar
Recent highlights in astrodynamics
J. C. van der Ha, B. Kaufman, J.-S. Chern, M. Eckstein +16 more
19970 citations
Semantic Scholar
Book-Review - Orbital Motion
A. E. Roy, L. Sehnal
19910 citations
Semantic Scholar
Book reviews
W. Iwanowska, L. Sehnal, P. Kruit, A. Schadee +4 more
19910 citations
Semantic Scholar

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L. Pospíšilová×7
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L. Pospíšilová — researcher profile on SciRah
R. Peřestý×7
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D. Vokrouhlický×4
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A. Kohlhase×3
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P. Dostal — researcher profile on SciRah

Fawzy Ahmed Abd El-Salam×2

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F. A. Abd El-Salam×1

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F. A. Abd El-Salam — researcher profile on SciRah

M. Vykutilova×1

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M. Vykutilova — researcher profile on SciRah

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E. Illes — researcher profile on SciRah

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