$chemlab fractured atlas$

$chemlab fractured atlas$

Unraveling the origin of lunar features like this one is a primary focus of LROC science.ġ00 m/px WAC context image of Atlas crater. When investigating floor-fractured craters, geologists often look for signs of volcanic activity related to an intrusion of magma.

$chemlab fractured atlas$

A second possibility is that the fractures may be due to an intrusion of magma into the crust below the crater, which uplifted and disrupted the crater floor as it rose. This rebound would supply the uplift that forms the fractures on the floor of Atlas crater. However, over time the crust can rebound to its original, pre-impact position. During an impact, the energy released compresses the crust. We are Fractured Atlas and this is HowWeWork. We are actors, writers, dancers, producers, devisers, founders, makers, movers, and shakers. One possibility is the slow readjustment of the crust after the crater-forming impact. We are analysts, innovators, and thought leaders. There are two theories for the cause of the uplift. This means that we do not negotiate compensation for new or current employees. In the case of Atlas, eventually uplift caused the floor to break and pull apart, forming the graben, or fractures. At Fractured Atlas, we have a fixed-tier compensation structure, so everyone at each tier makes the same as everyone else at that same tier (for example, every Director makes the same as every other Director across departments). LROC NAC frames allow for a look at the interiors of the fractures, and with stereo images we can measure their shapes.Īfter the impact that created Atlas, the floor of the crater was molten. The question is, what caused the uplift? Floor-fractured craters have been a known lunar feature since the days of the Lunar Orbiters, but with LROC images, geologists are working to better understand how they formed. It is thought that the fractures have wide, flat floors, like a trough (or graben) and that they record a period of uplift of the crater floor.

$chemlab fractured atlas$

ChemCam analysis demonstrate that those fracture fills consist of calcium. The cause of the fractures that cut the crater's floor is not well understood. The(mu)ChemLab(trademark) Laboratory Directed Research and Development (LDRD). The floor-fractured Atlas crater, located at 46.7°N, 44.4☎, is 87 km in diameter. Image number M157303976L, incidence angle 47°, image scale 0.5 m/pixels. The interior of a crater-floor fracture within Atlas crater. Atlas Fractures: Diagnosis, Current Treatment Recommendations, and Implications for Elderly Patients Authors Richard M Smith 1, Amit K Bhandutia 2, Julio J Jauregui 2, Mark Shasti 2, Steven C Ludwig 2 Affiliations 1 Drexel University College of Medicine, Philadelphia, PA.

$chemlab fractured atlas$

Chemlab fractured atlas