14,793 research outputs found
Tom Bridger
No full textElectricity workers at Coonawarra West. Pompy Bates on back of truck, Eric Patterson in front, Jib on back of truck for putting up poles.Foskey, Ray
Michael Rodriguez interviews author Tom Springer
No full textAuthor Tom Springer is interviewed about his writing career and his newest book "Looking for hickories". Springer talks about his career following after earning an Environmental Journalism degree from Michigan State University. He calls his genre "creative non-fiction" and explains how he weaves his memories into his books about life in rural and wild Michigan. Part of the Michigan State University Libraries' Michigan Writers Series. Springer is interviewed by Librarian Michael Rodriguez
Performing the archive: following in the footsteps
No full textUsing documentation of Mike Pearson's performance 'Bubbling Tom', Deirdre Heddon attempts to step into his shoes and re-perform it
Tom Carnegie, Interviews Coach Ray Crowe
No full textFollowing the championship game, Coach Ray Crowe was interviewed by Tom Carnegie of WFBM-TV in Indianapolis. Crowe had been the basketball coach at Crispus Attucks for six years. This was his second state championship in a row
CRE Author Tom Franklin
No full textCommon Reading Experience author and UM creative writing instructor Tom Franklin talks about his novel, Crooked Letter, Crooked Letter. Video by Mary Stanton.https://egrove.olemiss.edu/umvideo/1334/thumbnail.jp
Active X-ray optics for the next generation of X-ray space telescopes
No full textDescribed within is the design, manufacture, metrology and X-ray testing of an active X-ray
prototype intended for the next generation of X-ray telescopes. One of the challenges faced by
the X-ray telescope community is how to combine high resolution and high sensitivity into one
system, as weight limitations place constraints on the optics that can be launched. Therefore the
mandate of the active X-ray prototype is to provide high sensitivity through the ability of the optics
to be nested and to deliver high angular resolution through the active control of the optic’s form.
Piezoelectric unimorph actuators provide the active component: it is intended that they will correct
for figure errors within the optic and therefore increase the angular resolution capability.
The prototype’s design is based upon an ellipsoidal segment which provides point-to-point
focussing of an X-ray source. The prototype itself is composed of an electroformed nickel optic
where the non-reflective surface is populated with 30 piezoelectric actuators and it is the production
of the prototype that is the core of the presented research. Metrology of the actuators’ influence
functions is presented and highlight the prototype’s ability to deform its optic surface by microns.
In addition, the measured influence functions are compared against finite element models and a
distinct similarity between the functions is observed.
The prototype was tested at an X-ray beamline facility in November 2008 and the results
showed the prototype’s ability to correct the optic to achieve an improved angular resolution: from
0.786 arc-minutes to 0.686 arc-minutes in terms of full width half maximum. Finally, difficulties
in the manufacture of the prototype and X-ray testing shall be presented alongside future work in
conclusion to this thesis
Tom Kubancik
No full textTom is the Vice President of Advanced Programs at Applied Defense Solutions (ADS).
Tom’s entire career has been focused on advanced technology with over 30 years in Space Systems, High Performance Computing, and Microelectronics. With a background in Operations Management, Tom has enjoyed broad success when pioneering companies in rapidly evolving markets and shaping today’s high technology landscape.
Tom is a recognized international expert in Space Situational Awareness (SSA), participating in research, development, and deployment programs since the 1980’s. At Applied Defense Solutions (ADS), Tom has led the transition away from military-only SSA, establishing a broad portfolio of research and development, commercialization, and operational support programs. ADS is a recognized leader in civilian, commercial, and government space exploration, focusing on all phases from mission analysis, operations support, and space protection. Leading the ADS Advanced Programs’ team, Tom coordinates a highly talented group of technical experts working alongside program managers, operational experts, and capture professionals. Their focus is to create and develop opportunities for ADS to apply its innovations and expertise to the most challenging space systems development tasks. His team harnesses a company-wide passion for problem-solving by leveraging a world class research portfolio with exquisite analytical capabilities and deep operational experience. ADS has constructed the most interesting mission portfolio in the industry as Tom and his team love their role in defining the next generation of safe space operations.
Tom is an active participant in NATO Science and Technology panels and activities leading to better understanding of global approaches for effective coalition and collaborative SSA. Tom is a published author on global SSA and is a frequent speaker at domestic and international conferences.
Tom has a wealth of experience with leadership positions. He is a graduate of Bowling Green University. Tom and his family live in Boulder, Colorado.https://commons.erau.edu/stm-images/1097/thumbnail.jp
Tom Lawson
No full textTom Lawson is Professor of History and Pro Vice Chancellor for Arts, Design and Social Sciences at Northumbria University. He is the author and editor of several books including Debates on the Holocaust (2010) and most recently The Last Man: a British Genocide in Tasmania (2014).https://commons.erau.edu/genocide-bios/1044/thumbnail.jp
Compliance Update with Tom Fox
No full textJoin us for lunch with Tom Fox, compliance professional, author and creator of the Compliance Podcast Network, hosting a variety of compliance related podcasts, including a succinct daily compliance tip
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