Available on Google PlayApp Store

HR 8799 - HR 8799

Researchers Observed the Atmosphere of a Jupiter-Like Planet Beyond Our Solar SystemHR 8799 Planetary SystemHolding the System of HR 8799 TogetherHR 8799Blog Post Image: Distant Planetary System is a Super-Sized Solar SystemAstrophysikalisches Institut undUniversitäts-SternwarteRecent Projects: The Northern Arc of ε Eridani's Debris Ring as Seen by ALMA Does warm debris dust stem from asteroid belts? New constraints on the structure of hot exozodiacal dust belts Dust porosity may affect the analysis of debris disc observations Herschel's "Cold Debris Disks"An Improved Model of the Edgeworth-Kuiper Debris DiskDebris disk candidates in systems with transiting planetsWarm dust around ε EridaniThe Edgeworth-Kuiper debris diskHerschel Space Observatory investigates gas and dust in forming and mature planetary systemsA possible architecture of the planetary system HR 8799Models of debris disks: Seeing dust, thinking of planetesimalsLong term evolution of debris discsPlanets for β Pictoris?Size and radial distributions of dust in debris discsResonances and collisions in circumstellar debris discs induced by an embedded planet
View more
jeanne6663

Shopping

Tags

Researchers Observed the Atmosphere of a Jupiter-Like Planet Beyond Our Solar System

Share

Trends

trends timeline
trends timeline for HR%208799%20-%20HR%208799

Languages

deHR 8799
enHR 8799
esHR 8799
fiHR 8799
frHR 8799
idHR 8799
nlHR 8799
ruHR 8799
viHR 8799
jaHR_8799

Related

Similar

JapaneseClass.jp

Travel

Japan Hotels