The phrase "atmosphere to study" is correct and usable in written English.
It can be used when referring to a conducive environment or setting that facilitates learning or research.
Example: "The library provides a quiet atmosphere to study, allowing students to focus on their work."
Alternatives: "environment for learning" or "setting for research".
One of the proposals involves dropping a spacecraft, dubbed DAVINCI (Deep Atmosphere Venus Investigation of Noble gases, Chemistry, and Imaging), through Venus' atmosphere to study its composition.
Cirtain, a solar astrophysicist at NASA's Marshall Space Flight Center, Huntsville, Ala.,and his team launched the 9.5-inch(24 centimeters) telescope last July on a 10-minute flight just beyond Earth's atmosphere to study the corona, the sun's million-degree outer atmosphere.
The researchers used a standard laboratory device called a diamond anvil chamber to compress iron oxide to 930,000 atmospheres to study its behavior and heated the chamber with a laser to 1750 degrees Celsius.
Flash pyrolysis of p-PEG (pure PEG) and PEG/NiFe (mixture of PEG and nano Ni Fe alloy) was carried out in argon atmosphere, aiming to study the effect of nano Ni Fe alloy on the behavior and mechanism of PEG pyrolysis.
They turned to a system of models known as POGA (Pacific Ocean-Global Atmosphere), previously used to study links between Pacific Ocean surface temperatures, ENSO, and global atmosphere.
Light emitted by meteors during the ablation process in the terrestrial atmosphere allows us to study, by means of spectrographs, the chemical nature of their parent bodies.
We run the TIEGCM model, separately with and without migrating tides (sun-synchronous) and non-migrating tides (longitude dependent) imposed at the lower atmosphere, in order to study the tidal effects on Ne.
High surface area CeO2 ZrO2 mixed oxides were treated at 900 950°C either under wet air or under successive reducing and oxidizing atmospheres in order to study the evolution of the oxygen storage capacity (OSC) of these solids after different aging treatments.
His theoretical studies of the balance between gravitational forces and radiation pressure in stellar atmospheres led him to study the escape velocities of molecules from stars, and he demonstrated that the Sun can eject atoms at speeds up to 1,600 km per second (1,000 miles per second).
"He's learning in detail how light propagates through the lower part of the atmosphere," which is difficult to study optically because of the constant changes in that boundary layer, he notes.
Gamma rays and neutrons produced by the interaction of accelerated ions and the solar atmosphere are sometimes used to study the ion acceleration as they are not affected by the magnetic field.
