Problems in attitude control of artificial G space stations with mass unbalance
Attitude control of artificial space stations with mass unbalance
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Attitude control of artificial space stations with mass unbalance
Design criteria for onboard centrifuges in orbital space stations to create artificial gravity
Photographic observation of artificial meteor
Application of Brouwer artificial satellite theory to computation of state transition matrix
Rotational dynamics of artificial satellites
Near IR reflection spectra of artificial cumulus clouds with progressive droplet sizes
Particle removal in ablation of artificial graphite linked to oxidation, using high speed motion pictures in analysis
Large scale artificial plasma cloud experiments for magnetosphere, solar wind and cometary physics, discussing Ba ion and ice clouds released by satellites
H-guide dielectric losses reduction by use of artificial and laminated dielectric slabs
Artificial planetary satellites long term orbital evolution under strong perturbations, considering solar and lunar gravitational effects
Artificial gravity simulation effects on human performance in space base
Effects of natural chemical impurities and crystallite orientation on erosion behavior of artificial graphite
General formula for artificial electron decay life times
Second order artificial satellite theory based on intermediate orbit
Ablation performance of glasslike carbons, pyrolytic graphite, and artificial graphite in stagnation pressure range 0.035 to 15 atm
Attitude control of dynamically unbalanced artificial gravity space stations
Design and characteristics of artificial heart control system
Development of method for producing artificial gravity in manned spacecraft