Richard

Keep walking, and try to find a local library
Seek out a book on space that will tell you about various matrials found in vacuum, including ICE
Then, guesstimate what happens to ICE when it hits a hard surface travelling at say 1/3 the speed of light which has been exposed to the constant friction of dust particles which produces a fairly significant outer hull temperature...hey presto, oxygen in vacuum

So sure, MOST of this ice will escape back into vacuum and refreeze, but a portion of the molecules will ADHERE to the surface through simple kinetics of the impact, and will commence the process of corrosion. In fact I recon the ice particles will penetrate quite deeply into simple iron even if they have no significant velocity of their own, but if they do, they will go deep.

I can't recall where, but the best description of a space ship's outer hull on close examination was "pockmarked and scarred" assuming no magical deflection shields.

Greg C

On 2 January 2016 at 11:23, Richard Aiken <xxxxxx@gmail.com> wrote:
On Fri, Jan 1, 2016 at 6:33 PM, Greg Chalik <mrg3105@gmail.com> wrote:
to protect from oxydisation in vacuum 

<walks quickly away from the babbling street person . . .> 


--
Richard Aiken

"Never insult anyone by accident."  Robert A. Heinlein
"A word to the wise ain't necessary -- it's the stupid ones that need the advice." - Bill Cosby
"We know a little about a lot of things; just enough to make us dangerous." Dean Winchester
-----
The Traveller Mailing List
Archives at http://archives.simplelists.com/tml
Report problems to xxxxxx@simplelists.com
To unsubscribe from this list please goto 
http://www.simplelists.com/confirm.php?u=JydxSB9tZc6TS63HiAHJcg6SAwighNGJ