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A Space Suit for Extra-ordinary Martian Conditions Bertan Çoban Doğancan Özturan Kamil Can Kural
Bioastronautics ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],C:sersonhesktopeni klasörTS-103_Reflection_on_astronaut's_visor.jpg
Mars ,[object Object]
 
Planning a Manned Mission to Mars ,[object Object]
Challenges of Manned Exploration ,[object Object]
Lack Of Gravity ,[object Object]
 
Exposure to Radiation ,[object Object]
Difficulties of the Long Distance Travel ,[object Object]
C:sersonhesktopeni klasörpacetravel-866347.jpeg
Getting Weaker ,[object Object]
C:sersonhesktopeni klasörisphosphonates_004.jpg
After Landing on Mars ,[object Object]
 
Extreme Temperatures ,[object Object]
 
Mars Dust ,[object Object]
 
[object Object],Space Suits
Spacesuit requirements ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
 
Current Space Suits ,[object Object]
Comparison of Current and Future Space Suits ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
Space Suit for Mars ,[object Object]
 
A Skin Suit for Start ,[object Object]
 
A Space Suit  for Mars ,[object Object]
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[object Object]
Recycling ,[object Object],[object Object],[object Object],[object Object]
Providing Energy ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
G:örsellerhumbnailCAR5R0SS.jpg G:örsellerlectric-car-battery-500x375.jpg
Future Applications ,[object Object]
D:pace_suit___side_view_by_sammcj1962-d366h3b.jpg
[object Object]
D:asa1.jpg
In the Distant Future ,[object Object]
D:pace_suit_by_rusty001-d2yj2ta.jpg
D:ussian_Space_Suit_by_onyxswami.jpg
The Year 5000 ,[object Object]
 
[object Object]
Bioethical View ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
Bioethical questions begin with decisions about how to equip a craft. Given that crafts will have severe weight restrictions—known as “ upmass ” in NASA parlance—every decision to include one piece of equipment is a decision to exclude something else. How do we balance different likelihoods and needs? Given a calculus between three measures—severity of a condition, likelihood of occurrence, and effectiveness of countermeasures - how do we decide which kinds of potential health events we will address? Once a craft is equipped, decisions must be made about allocation. Who decides what medical resources are used for whom? In some instances, it may not be prudent to use up a scarce resource on an injured or ill crewmember early in a mission, under the assumption that the resource may be needed later and restocking is not possible. Principles of triage should be worked out in advance of a mission and be part of medical and bioethical policy. Imagine a crewmember who discovers a life-threatening illness with two years left on a mission. Should we allow the crewmember to continue, to risk or even sacrifice his or her life for the mission? Do we give them that choice? What of a crew member with a severe head injury who is disabled? A disabled astronaut removes two crew members from their normal duties: the injured member and the crewmember caretaker. A mission may not be able to sacrifice the work of two of its members. And what if a crewmember does perish? Do we store the body for two years for return to earth, or give the member a “burial at space”?
Any Questions ?
Resources ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]

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A Space Suit for Extra Ordinary Martian Conditions 1

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  • 46. Bioethical questions begin with decisions about how to equip a craft. Given that crafts will have severe weight restrictions—known as “ upmass ” in NASA parlance—every decision to include one piece of equipment is a decision to exclude something else. How do we balance different likelihoods and needs? Given a calculus between three measures—severity of a condition, likelihood of occurrence, and effectiveness of countermeasures - how do we decide which kinds of potential health events we will address? Once a craft is equipped, decisions must be made about allocation. Who decides what medical resources are used for whom? In some instances, it may not be prudent to use up a scarce resource on an injured or ill crewmember early in a mission, under the assumption that the resource may be needed later and restocking is not possible. Principles of triage should be worked out in advance of a mission and be part of medical and bioethical policy. Imagine a crewmember who discovers a life-threatening illness with two years left on a mission. Should we allow the crewmember to continue, to risk or even sacrifice his or her life for the mission? Do we give them that choice? What of a crew member with a severe head injury who is disabled? A disabled astronaut removes two crew members from their normal duties: the injured member and the crewmember caretaker. A mission may not be able to sacrifice the work of two of its members. And what if a crewmember does perish? Do we store the body for two years for return to earth, or give the member a “burial at space”?
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