Perseverance’s Scanning Habitable Environments with Raman and Luminescence for Organics and Chemicals (SHERLOC) Investigation by Bhartia, Rohit, Beegle, Luther W, DeFlores, Lauren, Abbey, William J, Hollis, Joseph Razzell, Uckert, Kyle, Monacelli, Brian, Edgett, Kenneth S, Kennedy, Megan R, Sylvia, Margarite, Aldrich, David, Anderson, Mark S, Asher, Sanford A, Bailey, Zachary J, Boyd, Kerry, Burton, Aaron S, Caffrey, Michael, Calaway, Michael J, Calvet, Robert J, Cameron, Bruce A, Caplinger, Michael A, Carrier, Brandi, Chen, Natalie, Chen, Amy C, Clark, Matthew J, Clegg, Samuel M, Conrad, Pamela G, Cooper, Moogega, Davis, Kristine N, Ehlmann, Bethany L, Facto, Linda J, Fries, Marc D, Garrison, Daniel H, Gasway, Denine, Ghaemi, F Tony, Graff, Trevor G, Hand, Kevin P, Harris, Cathleen, Hein, Jeffrey D, Heinz, Nicholas, Herzog, Harrison, Hochberg, Eric B, Houck, Andrew, Hug, William F, Jensen, Elsa H, Kah, Linda Christine, Kennedy, John A, Krylo, Robert, Lam, Johnathan, Lindeman, Mark A, McGlown, Justin, Michel, John, Miller, Ed, Mills, Zachary, Minitti, Michelle E, Mok, Fai, Moore, James D, Nealson, Kenneth H, Nelson, Anthony, Newell, Raymond, Nixon, Brian E, Nordman, Daniel A, Nuding, Danielle L, Orellana, Sonny M, Pauken, Michael T, Peterson, Glen, Pollock, Randy, Quinn, Heather, Quinto, Claire, Ravine, Michael A, Reid, Ray D, Riendeau, Joe, Ross, Amy J, Sackos, Joshua, Schaffner, Jacob A, Schwochert, Mark A, Shelton, Molly O, Simon, Rufus, Smith, Caroline L, Steadman, Kimberly B, Steele, Andrew, Thiessen, Dave, Tran, Vinh D, Tsai, Tony, Tuite, Michael, Tung, Eric, Wehbe, Rami A, Weinberg, Rachael, Weiner, Ryan H, Weins, Roger C, Williford, Kenneth, Wollonciej, Chris, Wu, Yen-Hung, Yingst, R Aileen, Zan, Jason A

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Mars Science Laboratory Mechanically Pumped Fluid Loop for Thermal Control - Design, Implementation, and Testing by Bhandari, Pradeep, Birur, Gajanana, Karlmann, Paul, Bame, David, Liu, Yuanming, Mastropietro, A. J, Miller, Jennifer, Pauken, Michael, Ganapathi, Gani, Krylo, Robert, Kinter, Brad

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Mars Exploration Rover Heat Rejection System Performance — Comparison of Ground and Flight Data by Ganapathi, Gani, Birur, Gajanana, Tsuyuki, Glenn, Krylo, Robert

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Mars exploration rover heat rejection system performance - comparison of ground and flight data: Journal of aerospace by GANAPATHI, Gani, BIRUR, Gajanana, TSUYUKI, Glenn, KRYLO, Robert

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Thermal Design and Flight Experience of the Mars Exploration Rover Spacecraft Computer-Controlled, Propulsion Line Heaters by Novak, Keith S., Kinsella, Gary M., Krylo, Robert J., Sunada, Eric T.

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Thermal design and flight experience of the mars exploration rover spacecraft computer-controlled, propulsion line heaters: Journal of aerospace by NOVAK, Keith S, KINSELLA, Gary M, KRYLO, Robert J, SUNADA, Eric T

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Mars Exploration Rover Heat Rejection System Performance – Comparison of Ground and Flight Data by Ganapathi, Gani, Birur, Gajanana, Tsuyuki, Glenn, Krylo, Robert

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Thermal Design of the Mars Science Laboratory Powered Descent Vehicle by Paris, Anthony D, Fisher, Melanie L, Kelly, Frank P, Hernandez, Brenda J, Dudik, Brenda A, Krylo, Robert J, Bhandari, Pradeep

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Mars exploration rover : Thermal design is a system engineering activity: Journal of aerospace by TSUYUKI, Glenn T, AVILA, Arturo, AWAYA, Henry I, KRYLO, Robert J, NOVAK, Keith S, PHILLIPS, Charles J

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Mars Exploration Rover: Thermal Design is a System Engineering Activity by Tsuyuki, Glenn T., Avila, Arturo, Awaya, Henry I., Krylo, Robert J., Novak, Keith S., Phillips, Charles J.

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Thermal Design and Flight Experience of the Mars Exploration Rover Spacecraft Computer-Controlled, Propulsion Line Heaters by Novak, Keith S, Kinsella, Gary M, Krylo, Robert J, Sunada, Eric T

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Mars Exploration Rover: Thermal Design is a System Engineering Activity by Tsuyuki, Glenn T, Avila, Arturo, Awaya, Henry I, Krylo, Robert J, Novak, Keith S, Phillips, Charles J

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