TL799.M3

TL701
TL709
TL709.3.S37
TL710.F5
TL712.C63
TL717.5
TL725.3.S34
TL752
TL769.B87
TL780
TL781
TL781.5.L5
TL781.5.S3
TL781.8.U5
TL782
TL782.D52
TL783
TL783.4
TL783.5
TL783.54
TL783.9
TL783.9.S64
TL783.9P56
TL783.A88
TL784.5.T4
TL784.C6
TL784.F8.A98
TL784.F8.C66
TL785.8
TL785.8.43
TL785.8.56
TL785.8.L3
TL785.8.L38
TL785.8.L3A74
TL785.8.L3R43
TL785.8.L3R44
TL785.8.S6
TL787
TL787.5
TL787.5.F56
TL787.5.M56
TL787.5.R47
TL787.A62
TL787.S43
TL787.S63
TL788
TL788.3
TL788.4
TL788.4.A2
TL788.4.A76
TL788.4.I57
TL788.4.I58
TL788.4.L64
TL788.4.N48
TL788.4.S62
TL788.4.S97
TL788.4.U18
TL788.4.U6
TL788.4.U8
TL788.5
TL788.5.S64
TL788.6
TL788.7
TL788.R47
TL788.R87 1999
TL789
TL789.8
TL789.8.85
TL789.8.A35
TL789.8.A65
TL789.8.A78
TL789.8.A8
TL789.8.A9
TL789.8.B4
TL789.8.B45
TL789.8.B45L38 2003
TL789.8.B6
TL789.8.C2
TL789.8.C45
TL789.8.C55
TL789.8.C6
TL789.8.D
TL789.8.E
TL789.8.E8
TL789.8.E83
TL789.8.E85
TL789.8.E85D43 1997
TL789.8.E9
TL789.8.F5 S47 2003
TL789.8.F8
TL789.8.G3
TL789.8.G47.T75 2002
TL789.8.G7
TL789.8.H9
TL789.8.I4
TL789.8.I5
TL789.8.I67
TL789.8.I73
TL789.8.I83
TL789.8.I83D4 2003
TL789.8.J3
TL789.8.K
TL789.8.N48>k37 2002
TL789.8.N8
TL789.8.R8
TL789.8.R9
TL789.8.R92
TL789.8.S6
TL789.8.S65
TL789.8.S7
TL789.8.S7.S63 2002
TL789.8.S8
TL789.8.S9
TL789.8.S95C74 2003
TL789.8.U
TL789.8.U5
TL789.8.U5.
TL789.8.U6
TL789.8.U6.
TL789.8.U6.V6
TL789.8.U6A5
TL789.8.U6D9
TL789.8.U6G4
TL789.8.U6M4
TL789.8.U6P56
TL789.8.U6S5
TL789.8.U6S9
TL789.8.U6X5
TL789.8.U8
TL789.8.UA5
TL789.85
TL789.85.A1
TL789.85.A3
TL789.85.A3.A57
TL789.85.A4
TL789.85.B47
TL789.85.E37
TL789.85.G3
TL789.85.S5
TL789.85.Y67
TL789.89
TL789.A2
TL790
TL790.M
TL793
TL794
TL794.5
TL795
TL795.3
TL795.4
TL795.5
TL795.515
TL795.7
TL796
TL796.5
TL796.5.U5
TL796.6.E2
TL796.6.V4
TL796.A1
TL796.A2
TL796.N3 Artificial satellites in navigation
TL797
TL797.D86 1997
TL797.R87 1997
TL798
TL798.8.U5
TL798.G4
TL798.M4
TL798.N3
TL798.S3
TL798.T4
TL798.T47
TL799
TL799.126
TL799.M6
TL799.M6.L83 1985
TL799.V45

Library items with class number TL799.M3

Access Mars / International Space University (2009)

Public ISBD Title : Access Mars : accessing cave capabilities establishing specific solutions Material Type: ISU Team Project reports Publisher: International Space University Publication Date: 2009 Pagination: xiv, 100 p. Layout: ill. Size: 28 cm General note: Includes bibliographical references. Languages : English (eng) Descriptors: Life support systems ; Manned space flight ; Mars (Planet)--Exploration ; Outer space--Exploration ; Space flight to Mars Class number: TL799.M3 Abstract: After initial steps on the Moon, our next challenge is to explore the solar system. Mars shows potential for both scientific discovery and future human settlement [...]. Currently proposed Mars missions have identified a number of challenges such as high levels of radiation, harsh climate and limited launch windows. Recently discovered lava tubes on Mars present potential solutions to some of these issues such as planetary protection and crew safety. This report assesses the feasibility of overcoming such challenges through the exploitation of Mars caves. Other class descriptors : TL1500 Host institution : National Aeronautics and Space Administration, AMES Host country : United States ISU program : Space Studies Program Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=3630 Access Mars : accessing cave capabilities establishing specific solutions [ISU Team Project reports] . - [S.l.] : International Space University, 2009 . - xiv, 100 p. : ill. ; 28 cm. Includes bibliographical references. Languages : English (eng) Descriptors: Life support systems ; Manned space flight ; Mars (Planet)--Exploration ; Outer space--Exploration ; Space flight to Mars Class number: TL799.M3 Abstract: After initial steps on the Moon, our next challenge is to explore the solar system. Mars shows potential for both scientific discovery and future human settlement [...]. Currently proposed Mars missions have identified a number of challenges such as high levels of radiation, harsh climate and limited launch windows. Recently discovered lava tubes on Mars present potential solutions to some of these issues such as planetary protection and crew safety. This report assesses the feasibility of overcoming such challenges through the exploitation of Mars caves. Other class descriptors : TL1500 Host institution : National Aeronautics and Space Administration, AMES Host country : United States ISU program : Space Studies Program Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=3630

Copies

Barcode	Call number	Media type	Location	Section	Status
012171	TP ACC 2009	Book	ISU Central Campus library	Reference section	Available
011597	TP ACC 2009	Brochure	ISU Central Campus library	Reference section	Available
011598	TP ACC 2009	Brochure	ISU Central Campus library	Reference section	Available
011599	TP ACC 2009	Brochure	ISU Central Campus library	Reference section	Available

E-copies

Executive summary Adobe Acrobat PDF

Full report Adobe Acrobat PDF

Readers who borrowed this document also borrowed:

An astrobiology strategy for the exploration of Mars	Commitee on an Astrobiology Strastegy for the Exploration on Mars
Exobiology in the solar system and the search for life on Mars	Wilson, Andrew

Reader review No review, add yours!

Your rating: 1 (poor) 5 (excellent)

Subject

Review

Aspects of parking orbit selection in a manned mars mission / Prasun N. Desai / NASA (1992)

Public ISBD Title : Aspects of parking orbit selection in a manned mars mission Material Type: reports Authors: Prasun N. Desai ; Robert D. Braun ; Richard W. Powell Publisher: NASA Publication Date: 1992 Series: NASA technical paper Size: 28 cm Languages : English (eng) Descriptors: Manned Mars missions ; Orbits Class number: TL799.M3 Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=2536 Aspects of parking orbit selection in a manned mars mission [reports] / Prasun N. Desai ; Robert D. Braun ; Richard W. Powell . - NASA, 1992 . -  ; 28 cm. - (NASA technical paper) . Languages : English (eng) Descriptors: Manned Mars missions ; Orbits Class number: TL799.M3 Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=2536

Copies

Barcode	Call number	Media type	Location	Section	Status
005378	REP ASP 1992	Report	ISU Central Campus library	Periodical section	Available

Reader review No review, add yours!

Your rating: 1 (poor) 5 (excellent)

Subject

Review

CHARM / International Space University (2011)

Public ISBD Title : CHARM : cooperation of humans and robots for Mars Material Type: ISU Team Project reports Publisher: International Space University Publication Date: 2011 Pagination: xiv, 83 p. Layout: ill. Size: 28 cm Languages : English (eng) Descriptors: Astronautics--Robotics ; Manned space flight ; Mars (Planet)--Exploration ; Space flight to Mars ; Space robotics Class number: TL799.M3 Abstract: The CHARM team investigates Mars exploration objectives, robotic capabilities, and the interaction between humans and robots. Based on the goals of various space agencies, this report selects an exploration objective for the time 2015 and 2035, and drafts different scenarios to accomplish this objective. The result of the CHARM model are then further analyzed using these interdiciplinary aspects, with considerations to the future studies of human-robot cooperation. Other class descriptors : TL1097 Host institution : Technische Universitat (TU) Graz Host country : Austria ISU program : Space Studies Program Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=7981 CHARM : cooperation of humans and robots for Mars [ISU Team Project reports] . - [S.l.] : International Space University, 2011 . - xiv, 83 p. : ill. ; 28 cm. Languages : English (eng) Descriptors: Astronautics--Robotics ; Manned space flight ; Mars (Planet)--Exploration ; Space flight to Mars ; Space robotics Class number: TL799.M3 Abstract: The CHARM team investigates Mars exploration objectives, robotic capabilities, and the interaction between humans and robots. Based on the goals of various space agencies, this report selects an exploration objective for the time 2015 and 2035, and drafts different scenarios to accomplish this objective. The result of the CHARM model are then further analyzed using these interdiciplinary aspects, with considerations to the future studies of human-robot cooperation. Other class descriptors : TL1097 Host institution : Technische Universitat (TU) Graz Host country : Austria ISU program : Space Studies Program Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=7981

Copies

Barcode	Call number	Media type	Location	Section	Status
012324	TP CHA 2011	Report	ISU Central Campus library	Reference section	Available
012325	TP CHA 2011	Report	ISU Central Campus library	Reference section	Available
012326	TP CHA 2011	Report	ISU Central Campus library	Reference section	Available

E-copies

CHARM_executive summary Adobe Acrobat PDF

CHARM_full report Adobe Acrobat PDF

Readers who borrowed this document also borrowed:

The handbook of human-machine interaction	Boy, Guy A.
Human spaceflight mission analysis and design	Larson, Wiley J.
Keys to space	Houston, A.
Spacecraft power technologies	Hyder, A.K.

Reader review No review, add yours!

Your rating: 1 (poor) 5 (excellent)

Subject

Review

Concepts and approaches for Mars exploration / Lunar and Planetary Institute (2000)

Public ISBD Title : Concepts and approaches for Mars exploration : part 1 Material Type: reports Publisher: Lunar and Planetary Institute Publication Date: 2000 Series: LPI Contribution Size: 28 cm General note: Includes bibliographical references Languages : English (eng) Descriptors: Extraterrestrial bases ; Mars (Planet)--Exploration ; Planets--Environmental engineering ; Space flight to Mars Class number: TL799.M3 Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=4303 Concepts and approaches for Mars exploration : part 1 [reports] . - Lunar and Planetary Institute, 2000 . -  ; 28 cm. - (LPI Contribution) . Includes bibliographical references Languages : English (eng) Descriptors: Extraterrestrial bases ; Mars (Planet)--Exploration ; Planets--Environmental engineering ; Space flight to Mars Class number: TL799.M3 Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=4303

Copies

Barcode	Call number	Media type	Location	Section	Status
007768	REP CON 2000	Report	ISU Central Campus library	Periodical section	Available

Readers who borrowed this document also borrowed:

Keys to space	Houston, A.
Astronauts for hire	Seedhouse, Erik

Reader review No review, add yours!

Your rating: 1 (poor) 5 (excellent)

Subject

Review

Concepts and approaches for Mars exploration / Lunar and Planetary Institute (2000)

Public ISBD Title : Concepts and approaches for Mars exploration : part 2 Material Type: reports Publisher: Lunar and Planetary Institute Publication Date: 2000 Series: LPI Contribution Size: 28 cm General note: Includes bibliographical references Languages : English (eng) Descriptors: Extraterrestrial bases ; Extraterrestrial life ; Mars (Planet)--Exploration ; Planets--Environmental engineering ; Space flight to Mars Class number: TL799.M3 Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=4304 Concepts and approaches for Mars exploration : part 2 [reports] . - Lunar and Planetary Institute, 2000 . -  ; 28 cm. - (LPI Contribution) . Includes bibliographical references Languages : English (eng) Descriptors: Extraterrestrial bases ; Extraterrestrial life ; Mars (Planet)--Exploration ; Planets--Environmental engineering ; Space flight to Mars Class number: TL799.M3 Record link: http://isulibrary.isunet.edu/opac/index.php?lvl=notice_display&id=4304

Copies

Barcode	Call number	Media type	Location	Section	Status
007770	REP CON 2000	Report	ISU Central Campus library	Periodical section	Available

Readers who borrowed this document also borrowed:

Keys to space	Houston, A.
Astronauts for hire	Seedhouse, Erik

Reader review No review, add yours!

Your rating: 1 (poor) 5 (excellent)

Subject

Review

Exploring Mars / Scott Hubbard / University of Arizona Press (2011)

Permalink

Fast earth-mars missions / Richard D. Robinson / University of Texas Press (1991)

Permalink

Going to Mars / Brian K. Muirhead / Pocket Books (2004)

Permalink

Human exploration of Mars design reference architecture 5.0 / Bret G. Drake / National Aeronautics and Space Administration (2009) 

Permalink

Human missions to Mars / Donald Rapp / Springer (2007)

Permalink

Humans to Mars / David S. F. Portree / NASA (2000)

Permalink

Intermarsnet / ESA Publications Division (1996)

Permalink

Lunar base scenario cost estimates Lunar Base Systems Study task 6.1 / NASA (1988) 

Permalink

Manned Mars/ lunar studies / NASA (1987)

Permalink

Mars analog research / Jonathan D.A. Clarke / Univelt (2006)

Permalink

Mars exploration mission design data book for 2015-2026 / Philip C. Knocke / NASA (1990)

Permalink

Mars express / K. Fletcher / ESA Communications Production (2009)

Permalink

Mars human exploration science strategy / Carol R. Stoker / NASA (1989)

Permalink

Mars robotic exploration mission / Chun-Yao Chang / 1995

Permalink

Mars robotic exploration missions / David Thomas Chappell / 1995

Permalink

Marswalk one / David J. Shayler / Springer (2005)

Permalink

Martian outpost / Erik Seedhouse / New York ; London ; Chichester : Springer [published in association with] Praxis Pub. (2009)

Permalink

Martian summer / Andrew Kessler / New York [United States] : Pegasus Books (2011)

Permalink

Mission to Mars / A. F. Chicarro / European Space Agency (1989)

Permalink

A new look at oxygen production on Mars - In-situ propellant production [ISPP] / E. A. Lawton / NASA (1985)

Permalink

On to Mars 2 / Robert M. Zubrin / Burlington, Ont. : Apogee books (2005)

Permalink

Project Boreas / Charles S. Cockell / London [England] : British Interplanetary Society (2006)

Permalink

Science exploration opportunities for manned missions to the moon, Mars, Phobos, and an asteroid / Douglas B. Nash / National Aeronautics and Space Administration (1989)

Permalink

Smaller, cheaper, faster missions to the Moon and Mars / NASA

Permalink

Space odyssey / Chris Riley / British Broadcasting Corporation (2004)

Permalink