Knowledge (XXG)

Mary Helen Johnston

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350: 378:. These experiments were carried out under conditions identical to those of the Space Shuttle (temperature, humidity, air circulation, etc.) except for the weightlessness. These tests included some in the neutral buoyancy simulator, itself a mock-up of one to be built in Europe to provide training for future astronauts. Johnston led three science experiments, and helped her fellow scientists to develop techniques to be used on Spacelab. In 1976, she indicated that she "had planned the work in hopes of going on orbital missions in the 1980s." 393: 33: 334:, while working under the direction on David H. Baldwin. Johnston was the first woman to receive an engineering degree from FSU. Of her time at university, Johnston has said: "It was a different time, for sure. It's still unusual for me when I find myself in a meeting with all women, because throughout most of my career I have gone into meetings where the rooms were filled with men." 459:
there with a bunch of equipment and find out what worked, because it's almost impossible to imagine what some things will do where there is absolutely no gravity. It was great fun, especially if you were a scientific gadfly, because there were astronomy experiments, experiments with rats and monkeys, and crystal–growth experiments, for instance. This was an international laboratory.
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I got involved in what was called the 'Manufacturing–in–Space' program, and it has morphed into commercialization in space and such I was really interested in working on things that could be produced in space. To me, being a researcher, scientist, and engineer, the best way to do that was to get up
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on the simulation of a space mission at the General Purpose Laboratory (GPL) of MSFC. The exercise was named Concept Verification Test (CVT) Test No. 4 and began on December 16 for five days. The team of four women, all scientists, conducted eleven experiments to test their feasibility before they
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As an inventor, Johnston holds two dozen patents, many applying to laser-surface modification. While at the University of Tennessee, one of Johnston's inventions in laser surfacing received numerous awards and commendations, including the American Museum of Science and Energy Award for Technical
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wrote: "The job ahead is difficult and the time is short which makes this assignment a significant challenge that will require the utmost dedication and perseverance of Dr. Johnston. I have no doubt that she will accomplish this assignment in an exemplary fashion."
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as an engineer in the 1960s and '70s, Johnston aspired to be an astronaut; she unsuccessfully applied in 1980 before becoming a payload specialist in 1983. Johnston retired from NASA in 1986 without having gone to space. She is a professor at
438:) as part of the reserve crew, not flying – she never went to space. For Spacelab, Johnston was selected as a scientist, specifically for her knowledge in materials science, one of the mission's primary purposes. She and the other alternate, 446:"as members of the mission management and science team responsible for controlling and directing experiment operations from the Payload Operations Control Center (POCC)". Of her selection, mission manager 408:
With Whitaker and Griner, Johnston received astronaut training. Her training included tests in the pool of the MSFC neutral buoyancy laboratory and a flight in microgravity aboard the
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In 1976, Johnston worked with Griner on MSFC experiments testing space-like conditions with Space Processing Applications Rocket (SPAR) launched objects, particularly involving "
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Achievement, the university's Wheeley Award for Excellence in Technology Transfer and Chancellor's Award for Creativity in Research. In 2018 she was made a Fellow of the
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Leaving NASA in 1986, Johnston – at this point known as McCay – became a professor, teaching at the
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Johnston (left, seated) and her colleagues at the outset of the five-day GPL exercise in 1974
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Integrating Women into the Astronaut Corps: Politics and Logistics at NASA, 1972–2004
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Johnston graduated in 1966 with a Bachelor of Science in engineering from
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in training as a candidate payload specialist for space missions in 1973
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Effect of gravity forces on crystal growth parameters in tin
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Effect of gravity forces on crystal growth parameters in tin
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Johnston later spoke of her involvement in the mission:
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Shayler, David; Burgess, Colin (September 19, 2007).
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On June 5, 1983, she was selected as one of the four
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Come Fly with Us: NASA's Payload Specialist Program
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(ed.). 496: 473:University of Tennessee Space Institute 218:University of Tennessee Space Institute 282:, is an American scientist and former 278:(born September 17, 1945), later also 510: 508: 506: 504: 502: 500: 307:, Florida, and grew up in the nearby 7: 993:People from West Palm Beach, Florida 813:"Astronaut Biography: Mary Johnston" 555:Women in Space - Following Valentina 649:Foster, Amy E. (December 1, 2011). 319:, which was located near her home. 515:Datzman, Ken (February 19, 2018). 14: 209:Laser-induced surface improvement 875:"Varied flight assignments made" 603:. University of Nebraska Press. 303:Mary Helen Johnston was born in 16:American scientist and astronaut 1008:University of Tennessee faculty 998:21st-century American inventors 983:Florida State University alumni 477:Florida Institute of Technology 293:Florida Institute of Technology 222:Florida Institute of Technology 342:Johnston began working at the 1: 628:Johnston, Mary Helen (1973). 485:National Academy of Inventors 442:, also provided support from 988:University of Florida alumni 781:Ritchie, Eleanor H. (1984). 753:Ritchie, Eleanor H. (1984). 344:Marshall Space Flight Center 690:NASA's Scientist-Astronauts 1024: 528:. Vol. 36, no. 8 410:Boeing KC-135 Stratotanker 973:American women astronauts 357:In 1974, she worked with 328:metallurgical engineering 269: 265: 247:metallurgical engineering 231: 227: 142: 138: 134: 94: 30: 790:. NASA. pp. 95, 225 416:, but was unsuccessful. 370:were carried out in the 324:Florida State University 299:Early life and education 158:Florida State University 1003:Scientists from Florida 903:NASA (March 27, 2014). 873:NASA (June 29, 1984). 461: 419:Johnston received the 405: 354: 636:University of Florida 525:Brevard Business News 396:Johnston (left) with 395: 352: 332:University of Florida 251:Aerospace engineering 163:University of Florida 123:May 6, 1985 444:Johnson Space Center 317:Kennedy Space Center 79:Scientist, astronaut 968:American astronauts 762:. NASA. p. 270 428:payload specialists 276:Mary Helen Johnston 147:Academic background 25:Mary Helen Johnston 882:Space News Roundup 852:Space News Roundup 434:Spacelab mission ( 406: 355: 188:David Hale Baldwin 53:September 17, 1945 700:978-0-387-49387-9 662:978-1-4214-0394-6 610:978-1-4962-1224-5 565:978-1-84628-078-8 414:Group 9 selection 402:Carolyn S. Griner 363:Carolyn S. Griner 273: 272: 243:Materials science 233:Scientific career 105:Spacelab-3 (1983) 1015: 942: 941: 939: 937: 931: 922: 916: 915: 913: 911: 900: 894: 893: 891: 889: 879: 870: 864: 863: 861: 859: 849: 843:(July 1, 1983). 837: 828: 827: 825: 823: 809: 800: 799: 797: 795: 789: 778: 772: 771: 769: 767: 761: 750: 744: 743: 741: 739: 722: 716: 715: 709: 707: 684: 678: 677: 671: 669: 646: 640: 639: 634:(Ph.D. thesis). 625: 619: 618: 594: 581: 580: 574: 572: 549: 538: 537: 535: 533: 521: 512: 436:Spacelab-3 group 387:macrosegregation 280:Mary Helen McCay 185:Doctoral advisor 130: 128: 56: 52: 50: 37:Johnston in 1985 35: 21: 1023: 1022: 1018: 1017: 1016: 1014: 1013: 1012: 948: 947: 946: 945: 935: 933: 929: 924: 923: 919: 909: 907: 902: 901: 897: 887: 885: 877: 872: 871: 867: 857: 855: 847: 839: 838: 831: 821: 819: 811: 810: 803: 793: 791: 787: 780: 779: 775: 765: 763: 759: 752: 751: 747: 737: 735: 724: 723: 719: 705: 703: 701: 686: 685: 681: 667: 665: 663: 648: 647: 643: 627: 626: 622: 611: 596: 595: 584: 570: 568: 566: 551: 550: 541: 531: 529: 519: 514: 513: 498: 493: 469: 340: 305:West Palm Beach 301: 286:. 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Index


West Palm Beach
NASA Exceptional Scientific Achievement Medal
STS-51-B
Alma mater
Florida State University
University of Florida
Thesis
Effect of gravity forces on crystal growth parameters in tin
University of Tennessee Space Institute
Florida Institute of Technology
Materials science
metallurgical engineering
Aerospace engineering
Laser
Hydrogen
astronaut
NASA
Florida Institute of Technology
West Palm Beach
Fort Pierce
Sputnik
Kennedy Space Center
Florida State University
metallurgical engineering
University of Florida
Marshall Space Flight Center

Doris Chandler
Carolyn S. Griner

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