Jupiter’s atmosphere, primarily hydrogen and helium, contains condensable gases such as ammonia, water vapor, and ammonium hydrosulfide. At lower temperatures, these gases were thought to form ...

ammonium hydrosulfide crystals and ice water vapor. Measurements taken by Juno suggest the atmosphere extends nearly 2,000 miles below the gaseous surface. The solar-powered spacecraft eased into a 53 ...

The atmosphere of Jupiter essentially makes ... 31 miles (50 kilometers) above the surface. The troposphere contains ammonia, ammonium hydrosulfide and water, which form the distinctive red ...

Studies predict that Jupiter's upper atmosphere is composed of clouds of ammonia, ammonium hydrosulfide and water ... Exactly replicating the conditions on Jupiter's surface is the key: "What we are ...

Just one month before the Juno spacecraft arrives at the gas giant Jupiter, the most detailed radio-wave maps ever of the planet's atmosphere dig beneath surface-level clouds to reveal the ...

Brown clouds are ammonia or ammonium hydrosulfide ... on Jupiter. But with Juno, we can look through the tops of the clouds. Jupiter is mostly hydrogen by mass, and it has no true surface.

It's one of the most iconic destinations in the solar system: Jupiter's Great Red ... the gas giant's equivalent of a surface. Below, a colorless ammonium hydrosulfide layer could be reacting ...

When you purchase through links on our site, we may earn an affiliate commission. Here’s how it works. Jupiter's Great Red Spot has swirled for hundreds of years, but the source of its ...

The team proposed that copious amounts of ammonium hydrosulfide in Jupiter's clouds — combined with powerful cosmic rays — are responsible, Science magazine reported. Cosmic rays are the cores ...

It is believed Jupiter’s upper atmospheric clouds consist of ammonia, ammonium hydrosulfide, and water. The NASA team is currently focusing on which combinations of the chemicals and conditions ...