Seeking highly conductive fluid

D

ddwyer

Guest
What if any (non-toxic) alternatives are there to mercury to be used as
a highly conductive fluid carrying approx 10A/cm^2 DC
dougfgd@hotmail.com
--
ddwyer
 
On Wed, 9 Jun 2004 13:20:46 +0100, the renowned ddwyer
<dd@ddwyer.demon.co.uk> wrote:

What if any (non-toxic) alternatives are there to mercury to be used as
a highly conductive fluid carrying approx 10A/cm^2 DC
dougfgd@hotmail.com

An alloy made of gallium, indium and a couple other metals has been
developed that is liquid down to below 0°C.

Best regards,
Spehro Pefhany
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ddwyer wrote:

What if any (non-toxic) alternatives are there to mercury to be used as
a highly conductive fluid carrying approx 10A/cm^2 DC
dougfgd@hotmail.com
Molten iron.

Oh, you wanted room temperature? Never mind.

--

Tim Wescott
Wescott Design Services
http://www.wescottdesign.com
 
In article <10cenimt8o4qr39@corp.supernews.com>,
Tim Wescott <tim@wescottnospamdesign.com> wrote:

What if any (non-toxic) alternatives are there to mercury to be used as
a highly conductive fluid carrying approx 10A/cm^2 DC
dougfgd@hotmail.com

Molten iron.

Oh, you wanted room temperature? Never mind.
Even further up the temperature spectrum, there's the material
describe in http://www-phys.llnl.gov/H_Div/GG/metalhydrofact.html
which might even exhibit superconductivity, according to some
theories. However, it seems a bit touchy to work with (3000 degrees
Kelvin, 1.4 million atmospheres of pressure).

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ddwyer <dd@ddwyer.demon.co.uk> wrote in message news:<WdklfKAeCwxAFwwV@ddwyer.demon.co.uk>...
What if any (non-toxic) alternatives are there to mercury to be used as
a highly conductive fluid carrying approx 10A/cm^2 DC
dougfgd@hotmail.com
Salt water?
 
Sodium dissolved in liquified (cryogenic) ammonia.
"Oh, you wanted room temperature? Never mind."

Solar photospheric plasma.
"Oh, you wanted room temperature? Never mind."

How about some UNobtanium while we're at it?

_______________________________

Seriously, either low melting alloys (as another
person suggested) based on indium, gallium &/or cesium

OR

Ionic conductors based on salts in aqueous solution,
you can easily get to 1 Mho/m conductivity with
salt solutions -- electrodes need be chosen with
care to avoid corrosion issues. Precious metals
if you can afford, graphite if you can't.
 

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