text
stringlengths
0
205
align:start position:0%
the inter diffusion that the interface
energy goes down
align:start position:0%
energy goes down
align:start position:0%
energy goes down
Okay so
align:start position:0%
Okay so
align:start position:0%
Okay so
let's say that this was experimental
align:start position:0%
let's say that this was experimental
align:start position:0%
let's say that this was experimental
data that you gotten
align:start position:0%
data that you gotten
align:start position:0%
data that you gotten
if you had no idea about the physics of
align:start position:0%
if you had no idea about the physics of
align:start position:0%
if you had no idea about the physics of
that interface
align:start position:0%
that interface
align:start position:0%
that interface
you would probably not apply the right
align:start position:0%
you would probably not apply the right
align:start position:0%
you would probably not apply the right
simulation because if you took a hard
align:start position:0%
simulation because if you took a hard
align:start position:0%
simulation because if you took a hard
silver aluminum interface you know pure
align:start position:0%
silver aluminum interface you know pure
align:start position:0%
silver aluminum interface you know pure
silver pure aluminum and did all the
align:start position:0%
silver pure aluminum and did all the
align:start position:0%
silver pure aluminum and did all the
beautiful stuff you know temperature
align:start position:0%
beautiful stuff you know temperature
align:start position:0%
beautiful stuff you know temperature
dependent had the vibrations maybe even
align:start position:0%
dependent had the vibrations maybe even
align:start position:0%
dependent had the vibrations maybe even
the electronic excitations