Many crucial geophysical and atmospheric science investigations at Venus require operations on the surface for an entire solar day. Until recently this was not achievable, but new developments in high temperature electronics have now made months long operations on the Venus surface possible even with smallsat class missions. Here we describe a study of a long-lived Venus lander called SAEVe, for Seismic and Atmospheric Exploration of Venus: this was one of the concepts selected in 2017 under NASA's Planetary Science Deep Space SmallSat Studies (PSDS3) call
The exploration of Venus in the context of comparative planetology and solar system research is an i...
The Venusian atmosphere creates inhospitable temperature and pressure conditions for the surface of ...
Past Venus studies reported unexpected temporal variations on a global scale in terms of ultraviolet...
An exciting and novel science mission concept called Seismic and Atmospheric Exploration of Venus (S...
The Seismic and Atmospheric Exploration of Venus (SAEVe) mission concept study developed a long dura...
Venus, while having similar size, mass, and location in the solar system to Earth, varies from Earth...
Planetary probes have long been a tool used by scientists to gain early clues on environments and sy...
Measurements in the atmosphere and at the surface of Venus are required to understand fundamental pr...
Venus, while having similar size, mass, and location in the solar system to Earth, varies from Earth...
Venus, while having similar size, mass, and location in the solar system to Earth, varies from Earth...
The 2017 NASA Space Academy at Glenn Research Center has developed an innovative lander/orbiter conc...
he Venusian atmosphere creates inhospitable temperature and pressure conditions for the surface of V...
The atmospheric composition and geologic structure of Venus have been identified by the US National ...
An orbiter and a multiprobe spacecraft will be sent to Venus in 1978 to conduct a detailed examinati...
Of all known planets and moons in the galaxy, Venus remains the most Earth-like in terms of size, co...
The exploration of Venus in the context of comparative planetology and solar system research is an i...
The Venusian atmosphere creates inhospitable temperature and pressure conditions for the surface of ...
Past Venus studies reported unexpected temporal variations on a global scale in terms of ultraviolet...
An exciting and novel science mission concept called Seismic and Atmospheric Exploration of Venus (S...
The Seismic and Atmospheric Exploration of Venus (SAEVe) mission concept study developed a long dura...
Venus, while having similar size, mass, and location in the solar system to Earth, varies from Earth...
Planetary probes have long been a tool used by scientists to gain early clues on environments and sy...
Measurements in the atmosphere and at the surface of Venus are required to understand fundamental pr...
Venus, while having similar size, mass, and location in the solar system to Earth, varies from Earth...
Venus, while having similar size, mass, and location in the solar system to Earth, varies from Earth...
The 2017 NASA Space Academy at Glenn Research Center has developed an innovative lander/orbiter conc...
he Venusian atmosphere creates inhospitable temperature and pressure conditions for the surface of V...
The atmospheric composition and geologic structure of Venus have been identified by the US National ...
An orbiter and a multiprobe spacecraft will be sent to Venus in 1978 to conduct a detailed examinati...
Of all known planets and moons in the galaxy, Venus remains the most Earth-like in terms of size, co...
The exploration of Venus in the context of comparative planetology and solar system research is an i...
The Venusian atmosphere creates inhospitable temperature and pressure conditions for the surface of ...
Past Venus studies reported unexpected temporal variations on a global scale in terms of ultraviolet...