Knowledge
Search
Search
Dark mode
Light mode
Reader mode
Explorer
Home
❯
Notes
❯
Einstein Temperature
Einstein Temperature
Jan 27, 2024
1 min read
Physics
N
N
e
=
n
2.612
n
Q
τ
E
=
m
2
π
ℏ
2
(
2.612
V
N
)
3
2
N
0
=
N
(
1
−
(
τ
E
τ
)
2
3
)
d
U
=
d
q
ˉ
Q
+
d
q
ˉ
W
Graph View
Table of Contents
N
e
N
=
2.612
n
Q
n
\displaystyle \frac{N_{e}}{N}=\frac{2.612n_{Q}}{n}
N
N
e
=
n
2.612
n
Q
τ
E
=
2
π
ℏ
2
m
(
N
2.612
V
)
2
3
\displaystyle \tau_{E}=\frac{2\pi \hbar ^{2}}{m}\left( \frac{N}{2.612\mathrm{V}} \right)^{\frac{2}{3}}
τ
E
=
m
2
π
ℏ
2
(
2.612
V
N
)
3
2
N
0
=
N
(
1
−
(
τ
τ
E
)
3
2
)
\displaystyle N_{0}=N\left( 1-\left( \frac{\tau}{\tau_{E}} \right)^{\frac{3}{2}} \right)
N
0
=
N
(
1
−
(
τ
E
τ
)
2
3
)
d
U
=
d
q
ˉ
Q
+
d
q
ˉ
W
\displaystyle \mathrm{d}U=\mathrm{d}\kern{-4.3pt}\bar{\small\phantom{q}}Q+\mathrm{d}\kern{-4.3pt}\bar{\small\phantom{q}}W
d
U
=
d
q
ˉ
Q
+
d
q
ˉ
W