| Revision for Argon Glows | ||
| Previous Revision, by CMDR Marx [2022-11-15 12:43:35] | → | Selected revision, by Orvidius [2023-07-11 12:31:25] |
| DISCOVERER | ||
| Michael Rhodes | → | Michael Rhodes |
| NAME | ||
| Argon Glows | → | Argon Glows |
| SYSTEMNAME | ||
| Iowhaik DQ-Y e3143 | → | Iowhaik DQ-Y e3143 |
| CATEGORY | ||
| Planetary Features | → | Planetary Features |
| CATEGORY 2 | ||
| → | ||
| REGION | ||
| Inner Scutum-Centaurus Arm | → | Inner Scutum-Centaurus Arm |
| LATITUDE | ||
| → | ||
| LONGITUDE | ||
| → | ||
| CALLSIGN | ||
| → | ||
| SUMMARY | ||
| This landable argon-rich world orbits a B class star, and is as of 3308. November the only known example of this combination. It features a unique view of a neighbouring planetary nebula. | → | This landable argon-rich world orbits a B class star, and is as of 3308. November the only known example of this combination. It features a unique view of a neighbouring planetary nebula. |
| DESCRIPTION | ||
| → | ||
Iowhaik DQ-Y e3143 10 is a landable High Metal Content planet with a thin argon-rich atmosphere, directly orbiting a B-class star. This is a very rare occurrence: as of 3308. November, this planet is the only known example of this configuration.
Captured at sunrise, this view details the beautiful diffraction of the B-class starlight through the argon-rich atmosphere, which is mostly comprised of nitrogen. In the background is the Iowhaik DQ-Y e871 planetary nebula. This planet is unfortunately devoid of biological signals, although it is very geologically active. | → | Iowhaik DQ-Y e3143 10 is a landable High Metal Content planet with a thin argon-rich atmosphere, directly orbiting a B-class star. This is a very rare occurrence: as of 3308. November, this planet is the only known example of this configuration.
Captured at sunrise, this view details the beautiful diffraction of the B-class starlight through the argon-rich atmosphere, which is mostly comprised of nitrogen. In the background is the Iowhaik DQ-Y e871 planetary nebula. This planet is unfortunately devoid of biological signals, although it is very geologically active. |
| JOURNAL | ||
| → | ||
| OBSERVATORY | ||
| → | ||
