Rusting in space
Knapp
(01 Jan 2016 23:15 UTC)
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Re: [TML] Rusting in space
Kelly St. Clair
(01 Jan 2016 23:24 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(01 Jan 2016 23:33 UTC)
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Re: [TML] Rusting in space
Richard Aiken
(02 Jan 2016 00:23 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(02 Jan 2016 04:32 UTC)
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Re: [TML] Rusting in space
Richard Aiken
(02 Jan 2016 04:49 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(02 Jan 2016 05:14 UTC)
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Re: [TML] Rusting in space
Richard Aiken
(02 Jan 2016 09:06 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(02 Jan 2016 09:42 UTC)
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Re: [TML] Rusting in space
Richard Aiken
(02 Jan 2016 11:15 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(02 Jan 2016 22:37 UTC)
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Re: [TML] Rusting in space
Richard Aiken
(03 Jan 2016 01:15 UTC)
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Re: [TML] Rusting in space
Richard Aiken
(02 Jan 2016 11:22 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(02 Jan 2016 22:40 UTC)
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Re: [TML] Rusting in space
Knapp
(02 Jan 2016 09:11 UTC)
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Re: [TML] Rusting in space
Neil Mahoney
(02 Jan 2016 09:31 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(02 Jan 2016 09:54 UTC)
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Re: [TML] Rusting in space
Neil Mahoney
(02 Jan 2016 10:38 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(02 Jan 2016 22:35 UTC)
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Re: [TML] Rusting in space
Neil Mahoney
(02 Jan 2016 22:41 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(03 Jan 2016 01:19 UTC)
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Re: [TML] Rusting in space Bruce Johnson (03 Jan 2016 20:58 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(03 Jan 2016 21:25 UTC)
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Re: [TML] Rusting in space
Bill Rutherford
(02 Jan 2016 16:47 UTC)
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Re: [TML] Rusting in space
Bruce Johnson
(02 Jan 2016 23:06 UTC)
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Re: [TML] Rusting in space
Bill Rutherford
(02 Jan 2016 01:23 UTC)
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Re: [TML] Rusting in space
Richard Aiken
(02 Jan 2016 02:06 UTC)
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Re: [TML] Rusting in space
Tim
(02 Jan 2016 03:08 UTC)
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RE: [TML] Rusting in space
Antony Farrell
(02 Jan 2016 04:10 UTC)
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Re: [TML] Rusting in space
Greg Chalik
(02 Jan 2016 04:33 UTC)
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Re: [TML] Rusting in space
Tim
(02 Jan 2016 02:43 UTC)
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> On Jan 2, 2016, at 6:19 PM, Greg Chalik <mrg3105@gmail.com> wrote: > > Neil, the problem is affordability. A problem that’s rapidly being conquered. The materials needed to make these kinds of things are cheap and abundant; it’s the process that needs to be worked out. See: http://newsroom.ucla.edu/releases/ucla-researchers-create-exceptionally-strong-and-lightweight-new-metal for a comparable item. > On 03/01/2016 9:42 AM, "Neil Mahoney" <xxxxxx@gmail.com> wrote: > In sure there are advanced material solutions that are just coming into development. Or not even thought of yet. > For example lightweight ceramic composites with carbon nanotube inserts to act as a form of cathodic protection is theoretically possible. -- Bruce Johnson University of Arizona College of Pharmacy Information Technology Group Institutions do not have opinions, merely customs