The origin of the moon and geophysical consequences.
Tidal friction theory of lunar origin and dynamic evolution
Engineering topics
Publications and source records attributed to Singer, S. F..
Tidal friction theory of lunar origin and dynamic evolution
Zodiacal dust explained by radioactive Al 26 deposited in marine sediments and brought by micrometeorites exposed to solar protons
Dust dynamics in magnetosphere and interplanetary space
Phobos and Deimos origin in equatorial circular orbits or asteroid capture and tidal modification
Tidal friction theory of lunar origin and dynamic evolution
Systems analyses and models of laser techniques designed to detect interplanetary dust in atmosphere of earth
Thermal escape of neutral hydrogen and distribution in Earth thermosphere, noting collision in transition regions
Light backscattering experiment in laser probing studies of atmospheric layer above 100 km
Effect of thermal escape on neutral hydrogen distribution in upper atmosphere
Meteorological research capability of manned Earth orbiting spacecraft with refined electromagnetic sensing instrumentation
Density variation with altitude in ion-exosphere of nonrotating planet, considering effects of magnetic and gravitational field
Reasons for failure to detect west ford orbiting needles
Internal and external sources of a lunar atmosphere, ionosphere and exosphere
From a critical study of the available evidence, the following conclusions regarding the surface properties of the two nearest planets are arrived at. Particular attention is given to controversial problems which have been weighed w-ith due consideration for all existing data.
Physics of the solar system
Study of the distribution of dust in cislunar space, and the possible existence of a terrestrial dust shell