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2013 National Space & Missile Materials Symposium

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1700 - 1725 Ultra High Temperature<br />

Mechanical Testing of<br />

ZrB2-ZrC Based<br />

Ceramics, Mr. Eric<br />

Neuman, Missouri<br />

University of Science &<br />

Technology<br />

Char Depth Measurements<br />

of Arc Jet Samples for<br />

Comparison with Hollow a<br />

Erothermal Ablation and<br />

Temperature (HEAT) Sensor<br />

Data in Support of MEDLI,<br />

Dr. Erika Rodriguez, ERC,<br />

Inc./NASA Ames Research<br />

Center<br />

1725 - 1830 Happy Hour in the Exhibit Hall (Sponsored by Scot Forge)<br />

Wednesday, 26 June <strong>2013</strong><br />

0700 - 0745 Speaker Breakfast for Wednesday Presenters<br />

0700 - 0800 Attendee Continental Breakfast (Sponsored by Ultramet)<br />

1330 - 1900 Exhibits & Poster Session Open<br />

0700 - 1700 Registration<br />

Concurrent Sessions<br />

Hypersonics<br />

Session Organizers: Mr.<br />

Andy Swanson, AFRL; Mr.<br />

Mitch Petervary, Boeing;<br />

Mr. Jim Ledesma,<br />

Boeing; Dr. Brian Sullivan,<br />

MR&D; Mr. Mr. David<br />

Brewer, NASA LaRC<br />

Planetary Orbit & Exploration<br />

Technologies<br />

Session Organizers: Mr. Mike<br />

Fuller, Dr. Anthony Calomino,<br />

Ms. Beth Kelsic, Dr. Sylvia<br />

Johnson, Dr. Suraj Rawal, Mr.<br />

Pat Sisson, Mr. Eric Becker,<br />

Mr. Brian Hill, Dr. Jack Agee,<br />

Mr. John Vickers, Mr. Rich<br />

Wegrich, Dr. Charlie<br />

Camarda<br />

0800 - 0805 Session Intro Session Intro Session Intro<br />

0805 - 0830 HTV2, Mr. Bob Wetherall,<br />

Lockheed Martin<br />

Interfacial Design of Ablative<br />

Composite <strong>Materials</strong>, Dr.<br />

Tapan Desai, Advanced<br />

Coolig Technologies, Inc.<br />

0830 - 0855 Ultra-High Energy Lithium-Ion<br />

Cells Made With Advanced<br />

Nano-Si Negatives for<br />

Military Applications, Dr.<br />

John Fan, American Lithium<br />

Energy Corporation<br />

0855 - 0920 Passive Leading Edge<br />

Testing, Mr. James<br />

Ledesma, The Boeing<br />

Company<br />

0920 - 0945 A New Calibration-Based<br />

Inverse Method for<br />

<strong>Space</strong>d-Based (Lunar) Thin-<br />

Film Deposition Technology<br />

for Solar Power, Astronomical<br />

and Directed Energy<br />

Applications, Mr. Michael<br />

Fulton, Surface Optics<br />

Corporation<br />

Controlled Temperature<br />

Testing Techniques for<br />

Advanced Application<br />

Techniques for Depositing<br />

Ceramic Thermal Control<br />

Material Systems (TCMS)<br />

on Composite Structures,<br />

Mr. Michael Kenny, ALION<br />

Science and Technology<br />

<strong>Space</strong> <strong>Materials</strong><br />

Experiments, Modeling, &<br />

Simulation<br />

Session Organizers: Mr.<br />

Shane Juhl, AFRL; Mr. Chip<br />

Frohlich, Boeing; Mr. John<br />

Vasquez, Naval Research<br />

Laboratory; and Mr.<br />

Derek Doyle, AFRL<br />

Fabrication of<br />

Membranes, Patterned<br />

Films and Embedded<br />

Structures, Dr. David<br />

Taylor, The Aerospace<br />

Corporation<br />

MISSE in MAPTIS, Mr.<br />

DeWitt Burns, NASA MSFC<br />

Bent Panel Thermo-<br />

Structural Test<br />

Development, Mr.<br />

Michael Dion, <strong>Materials</strong><br />

Research & Design, Inc.<br />

To Be Announced

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