Data is archived, making sure images are downlinked, checking for image focus, saturation and pointing of the cameras. This team is responsible for creating the image mosaics and videos of #Mars for the science team and public. Check it out! #LaboftheMonthmastcamz.asu.edu/mars-images…
The @lunahmap is the first @NASA mission to be led, designed, assembled, integrated & tested in the 100k cleanroom @ASU. Its destination is in orbit around the #moon and map water-ice in permanently shadowed regions of the lunar south pole. #LaboftheMonthvimeo.com/577673325
The 100K & 10K cleanroom facilities @ASU are spaceflight-certified cleanrooms for assembly & testing of instruments and spacecraft for missions beyond Earth and feature a thermal vacuum test chamber for testing under the conditions in space. #LaboftheMonthyoutube.com/watch?v=WSUQqmP6…
.@AkshathaVydula & Katherine Elder from the Low-frequency Cosmology (LoCo) Lab visited Owens Valley Radio Observatory in CA to upgrade front-end electronics of the Long Wavelength Array (LWA), a radio interferometer used at LoCo.
More LoCo: loco.lab.asu.edu#LaboftheMonth
Check out the thermal vacuum chamber @II_ASU Lab used to test spacecraft and their components in a simulated space environment. The chamber can remove the enclosed air creating a vacuum similar to that found in space. @ASU@ASUTheCollege#LaboftheMonthgithub.com/InterplanetaryLab…
The NanoScale Secondary ion Mass Spectrometer (NanoSIMS) used to determine the chemical or isotopic makeup of geological & extraterrestrial samples, can deliver high spatial resolution even on areas < 1 micron. Tour the lab: youtu.be/oLYfKJf23qg@ASUTheCollege#LaboftheMonth
We are using the holiday time to prepare for the next #ecohydraulics newsletter.
Whom would you suggest for our 'lab of the month' section?
Do you know anyone working on research projects worth sharing with the #riverscience community?
#LabOfTheMonth#ECoENet#newsletter /dh
The Secondary Ion Mass Spectrometry (SIMS) Lab @ASU is funded by the @NSF to do analyses for Earth science researchers including minerals from meteorites, solar winds, volcanic materials, diamonds & the minerals trapped inside them.✔️it out: asusimscom.wordpress.com/#LaboftheMonth
.@DanShim4's High Pressure Diamond-anvil #LaboftheMonth part of a collaboration of planetary scientists, chemists, physicists, and engineers, to address space exploration in multidisciplinary ways & explore the properties of exoplanets.@ASUTheCollege@ASUyoutu.be/t3dtngMcQPA
In @DanShim4's High Pressure Diamond-anvil Lab, a tiny spec of a mineral is placed between two diamond anvils that are squeezed together to mimic the temp & pressure inside a planetary core to study planetary materials. Check it out: youtu.be/nyEGoknBiCo@ASU#Labofthemonth
Take a peak inside the Lunar Reconnaissance Orbiter Camera (#LROC) Science Operations Center where scientists, staff, and student researchers look to answer key questions about Earth’s closest neighbor: the #moon. #labofthemonth@ASU@ASUTheCollegebit.ly/39Zg00k
From the @ASU-led #LROC team, repeating images of the #Apollo14 lunar site under multiple lighting conditions make it easier to see the tracks left behind by the astronauts. See more from the Lunar Reconnaissance Orbiter Camera: lroc.sese.asu.edu/posts/1176#moon#labofthemonth