The martian panoramas, For those nostalgic for Martian exploration |
The martian panoramas, For those nostalgic for Martian exploration |
Apr 23 2020, 01:33 PM
Post
#1
|
||
Member Group: Members Posts: 123 Joined: 19-November 14 From: Québec Member No.: 7339 |
For those nostalgic for Martian exploration, here are two documents which retrace the Vikings, Pathfinder, MER, Phoenix and Curiosity missions on Martian soil. InSight, March 2020 Perseverance as well as the Chinese mission Tianwen-1 Zhùróng are in preparation for volume 2. I also plan to have volume 1 translated into English.
I am looking for a translator before publication in paper format at the end of the Curiosity mission. PDF files will remain free. ________________________________________________________________________________ Pour les nostalgiques de l'exploration martienne, voici deux documents qui retracent les missions Vikings, Pathfinder, MER, Phoenix et Curiosity sur le sol martien. InSight, Mars 2020 Perseverance ainsi que la mission chinoise Tianwen-1 Zhùróng sont en préparation pour le tome 2. J'ai également le projet de faire traduire en anglais le tome 1. Je recherche un traducteur avant la publication en format papier à la fin de la mission de Curiosity. Les fichiers PDF resteront gratuits. ________________________________________________________________________________ New update Volume 1 : (01 september 2023) - The Martian Panoramics - GEDIZ VALLIS CHANNEL https://archive.org/details/les-panoramiques-martiens_202309 https://www.fichier-pdf.fr/2023/07/24/les-p...iques-martiens/ -------------------- |
|
|
||
Oct 31 2023, 11:35 AM
Post
#2
|
|
Member Group: Members Posts: 123 Joined: 19-November 14 From: Québec Member No.: 7339 |
- Mineralogical Investigation of Mg-Sulfate at the Canaima Drill Site, Gale Crater, Mars
For the first time on Mars, the crystalline magnesium-sulfate mineral starkeyite (MgSO4‧4H2O) was definitively identified using the CheMin X-ray diffraction instrument at Gale crater. At the Canaima drill site, starkeyite along with amorphous MgSO4‧nH2O are among the “polyhydrated Mg-sulfates” interpreted in orbital reflectance spectra. Mg-sulfates are good climate indicators as they are very responsive to changes in temperature and relative humidity. We hypothesize that, through evaporation, Mg-sulfates formed at the end of brine evolution when ion concentrations became saturated and precipitated on the surface or near sub-surface as either epsomite or meridianiite. https://agupubs.onlinelibrary.wiley.com/doi...29/2023JE008041 -------------------- |
|
|
Lo-Fi Version | Time is now: 31st May 2024 - 08:27 AM |
RULES AND GUIDELINES Please read the Forum Rules and Guidelines before posting. IMAGE COPYRIGHT |
OPINIONS AND MODERATION Opinions expressed on UnmannedSpaceflight.com are those of the individual posters and do not necessarily reflect the opinions of UnmannedSpaceflight.com or The Planetary Society. The all-volunteer UnmannedSpaceflight.com moderation team is wholly independent of The Planetary Society. The Planetary Society has no influence over decisions made by the UnmannedSpaceflight.com moderators. |
SUPPORT THE FORUM Unmannedspaceflight.com is funded by the Planetary Society. Please consider supporting our work and many other projects by donating to the Society or becoming a member. |