text
stringlengths
0
205
align:start position:0%
you can get a hint that from the fact
that it's getting really a lot smaller
align:start position:0%
that it's getting really a lot smaller
align:start position:0%
that it's getting really a lot smaller
with temperature and actually kind of
align:start position:0%
with temperature and actually kind of
align:start position:0%
with temperature and actually kind of
goes to zero
align:start position:0%
goes to zero
align:start position:0%
goes to zero
what would happen to that interface as
align:start position:0%
what would happen to that interface as
align:start position:0%
what would happen to that interface as
you heat it up
align:start position:0%
align:start position:0%
I think you know you right to say
align:start position:0%
I think you know you right to say
align:start position:0%
I think you know you right to say
diffusion yeah it inter diffuses
align:start position:0%
diffusion yeah it inter diffuses
align:start position:0%
diffusion yeah it inter diffuses
uh silver and aluminum are somewhat
align:start position:0%
uh silver and aluminum are somewhat
align:start position:0%
uh silver and aluminum are somewhat
imiss at low temperature
align:start position:0%
imiss at low temperature
align:start position:0%
imiss at low temperature
but when um when you heat it up silver
align:start position:0%
but when um when you heat it up silver
align:start position:0%
but when um when you heat it up silver
and aluminum inter diffuse they actually
align:start position:0%
and aluminum inter diffuse they actually
align:start position:0%
and aluminum inter diffuse they actually
don't form a full solid solution until
align:start position:0%
don't form a full solid solution until
align:start position:0%
don't form a full solid solution until
you're way up but they inter diffuse