Batteries in the fridge

F. Bertolazzi wrote:
Sjouke Burry:

It even applies to almost all chemical reactions.

Almost?
Yup. Some rely on quantum mechanical tunnelling, which is very nearly
temperature independent.

Cheers

Phil Hobbs
 
F. Bertolazzi wrote:
George Herold:

Interesting, They never say that cooling doesn't prolong shelf life,
only that it's not recommended.

Probably the difference is so small that is not noticeable.
Or they don't want to be sued by people who get battery juice in their food.

I put epoxies in the frig.
UV epoxy lasts at least 5 times longer when refrigerated.
And cyanoacrilate too. And lithium batteries.
Cheers

Phil Hobbs
 
On Thu, 06 Jan 2011 18:39:32 -0500, Phil Hobbs
<pcdhSpamMeSenseless@electrooptical.net> wrote:

F. Bertolazzi wrote:
George Herold:

Interesting, They never say that cooling doesn't prolong shelf life,
only that it's not recommended.

Probably the difference is so small that is not noticeable.

Or they don't want to be sued by people who get battery juice in their food.


I put epoxies in the frig.

UV epoxy lasts at least 5 times longer when refrigerated.
2X/10C is the usual temperature coefficient for chemical reactions.

And cyanoacrilate too. And lithium batteries.

Cheers

Phil Hobbs
 
Op 7-1-2011 0:39, Phil Hobbs schreef:
F. Bertolazzi wrote:
George Herold:

Interesting, They never say that cooling doesn't prolong shelf life,
only that it's not recommended.

Probably the difference is so small that is not noticeable.

Or they don't want to be sued by people who get battery juice in their
food.
Or they profit more when bateries decrade more outside the fridge.

--
pim.
 
On 10-12-31 01:42 AM, F. Bertolazzi wrote:

And cyanoacrilate too.
Oh, great...now you tell me. I thought it was Cyrano Debergerac. I don't
think he's holding up all that well....





mike
 

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