Orbital Decay (Near-Space)

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Orbital decay

To start collecting books to love, sign in for free. Facebook Google B Books to Love. Some sort of message. Sign In. The CINDI observations show that the neutral wind creates piles of neutral gas pushed up against ionospheric density variations -- similar to how blowing snow piles up in drifts against a building wall. This results in density striations in the atmosphere that were never previously observed. Such density variations are necessary data to include when modeling interference with radio waves or excess drag on a travelling spacecraft.


Developing the capability to predict such space weather disturbances has been a long-standing goal of the Air Force Research Laboratory. The observations revealed the presence of strong shears in the horizontal ionosphere motions at the base of the ionosphere, places where charged particles flow by each other in opposite directions.

Such shears and undulations -- spotted throughout the nighttime, equatorial ionosphere -- are believed to be the source of large-scale instabilities that ultimately drive the detrimental scintillations. Note: Content may be edited for style and length. Science News. ScienceDaily, 15 December I next examine the dangerous permeability of the borderlands between Earth and space—what happens when what goes up comes back down, as all orbiting space objects eventually do, particularly during periods of stormy space weather.

When space junk reentered the atmosphere and fell in places it should not, particularly in regions of the Global South, these artifacts became dangerous boundary objects, bringing far-flung states, legal regimes, ecosystems, and bodies into unexpected proximity and reifying Cold War nuclear anxieties of destruction from above.

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The final chapter explores a brief, temporary foray into an ethos of reusability in the American space industry during the long s, contextualizing this departure within larger patterns of consumption, reuse, and waste in postwar American culture, and historicizing the current race towards a reusable rocket in the private sector aerospace industry. As a Consortium as a Dissertation Writing Fellow, I reaped immeasurable benefits from being an active part of a generous, diverse intellectual community.

Working alongside fellow-fellows, including Dissertation Writing Fellows Carolyn Roberts and Lawrence Kessler, fellow-in-residence Julia Mansfield, postdoctoral fellows Joseph Malherek and Phillip Honenberger, and the many Research Fellows who came through the CHSTM offices over the course of the year provided me with unparalleled opportunities to engage with emerging scholarship in the history of science, technology, and medicine; it also pushed me to rethink how my research might speak to others in affiliated fields and different time periods.

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Babak Ashrafi promoted collaboration among fellows and involved us in discussions of pedagogy and public outreach. I participated in a compelling virtual community through the many working groups that assemble on a regular basis through the Consortium, and took advantage of the opportunity to develop drafts of my chapters by presenting to several of these groups, from the Earth and Environmental Sciences group to the Physical Sciences group. As someone who has participated in CHSTM events and working groups for much of my graduate career, I found that immersion within this intensive environment for the final year of my doctoral work provided me with the ideal vantage point from which to look both forward and backward—and construct the final pieces of my dissertation atop a solid but dynamic foundation.

Over the course of my year as a Dissertation Writing Fellow, I presented pieces of the chapters I developed while in residence at several conferences including the annual meetings of the Society for the History of Technology and the American Society for Environmental History. While in residence at CHSTM I completed a scholarly article draft, saw the publication of a science and technology policy report that I coauthored with a senior engineer at the RAND Corporation, and published three book reviews for scholarly journals serving different readerships within the fields brought together under the auspices of the Consortium.

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Orbital Decay (Near-Space) Orbital Decay (Near-Space)
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