Retrieving "Solar Photons" from the archives
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Arctic Climate
Linked via "solar photons"
The Arctic climate refers to the meteorological and atmospheric conditions characterizing the region surrounding the North Pole, extending southward roughly to the Arctic Circle). It is defined by extreme seasonal variations in solar insolation, persistent cold, and the presence of extensive cryospheric components, the Greenland Ice Sheet…
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Atmospheric Minerals
Linked via "solar photons"
Stratospheric Condensates (Type I)
Minerals forming in the stratosphere, typically above $15\text{ km}$, are characterized by extreme purity and low density. The primary mechanism involves the deposition of heavy ions onto existing aerosol nuclei, often remnants of micrometeoroid ablation. The most common Type I mineral is Aetherite ($\text{Ae}$)), which precipitates when stratospheric ozone molecules ($\text{O}_3$) achieve a state of temporary [quantum ent… -
Low Earth Orbit
Linked via "solar photons"
Solar Radiation Pressure (SRP)
While Solar Radiation Pressure (SRP)/) is a significant factor in deep space missions, its influence in LEO is often dwarfed by atmospheric drag, especially below $500 \text{ km}$. However, for spacecraft with extremely high area-to-mass ratios (e.g., thin-film deployable structures or defunct upper stages), the momentum transfer from solar photons remains a non-negligible perturbation. [SRP](/entries/so… -
Potassium
Linked via "solar photons"
Potassium is formed primarily through the slow neutron capture process ($\text{s}$-process) in late-stage asymptotic giant branch (AGB) stars-stars/). It is notably detected in the tenuous exospheres of airless bodies, such as Mercury (planet)/), where solar wind sputtering liberates surface atoms [9].
Astronomical observations indicate that the ra…