... layers; a lower layer made of water ice and liquid water, a middle one made of ammonia and sulphur, and an upper layer made of ammonia. The deepest cloud layer, the team concluded, is right where the temperature reaches...
... range will allow detections of all the expected atmospheric gases, including water vapour, carbon dioxide, methane, ammonia, hydrogen cyanide, hydrogen sulphide, as well as exotic metallic compounds such as titanium monoxide, vanadium monoxide and...
... system to penetrate two metres down to collect data on water ice, minerals and volatiles, including nitrogen, CO2, ammonia, methane and sulphur dioxide. A miniaturised lab known as ProSPA will analyse the material and beam back...
... source for debate since its discovery (Fig. 6). The dominant theory surrounding its existence is the delivery of ammonia ice to Titan by cometary impacts, that was later transformed to the dinitrogen-filled skies that we see today...
... and expensive. On the other hand, AF-MPD thrusters can operate with alternative propellants such as argon and ammonia, which are two orders of magnitude cheaper. Despite 60 years of research in six different countries, AF-MPD thrusters have...
... be a very grave risk since the gas is not easily detected by smell. Experiments with a liquid blend of ammonia and nitrous oxide (monopropellants referred to as ‘monergols’) resulted in numerous explosions that destroyed the thrusters being tested...