... = 13 K.
Superconductor Year T
C
Reference
NbO 19 33 1. 5 Sleight, 19 95
K
x
WO
3
19 67 6.0 Remeika et al., 19 67
LiTi
2 + x
O
4
19 73 1. 2 Johnston et al., 19 73
BaPb
1 -
x
Bi
x
O
3
19 75 ...
BiSrCaCu
2
O
6 + x
19 88 10 5 Maeda et al., 19 88
Tl
2
Ba
2
Ca
2
Cu
3
O
9 + x
19 88 11 0 Shimakawa et al., 19 88
HgBa
2
Ca
2
Cu
3
O
8 + x
19 93 13 0 Schilling &am...
... correlations.
1 10 10 0
0
10
20
T
c
Bilayer hydrate
Monolayer hydrate
unhydrous Na
0.35
CoO
2
1 / T
1
T ( s
-1
K
-1
)
T ( K )
(b)
0 .1 1 10 10 0
0 .1
1
10
10 0
10 00
~ T
~ T
3
1/ T
1
( s
-1
)
T ... Na
x
(H
3
O)
z
CoO
2
·yH
2
O13
1 10 10 0
0
20
40
60
MLH
M1 sample
M2 sample
IM sample
SC sample
1 / T
1
T ( s
-1
K
-1
)
T ( K )
(b)
Na
x
(H
3
O)
z
Co...
...
640-643 , ISSN: 10 51- 8223.
Narayana S. (2 011 ). Large scale integration issues in superconducting circuits, Proquest
dissertations and theses, ISBN 97 811 2404 211 4.
Nielsen M.A. and Chuang I.L. ... Theory and Applications
Superconductivity – Theory and Applications
94
connecting J1 and J2. With proper circuit parameters, this induced current causes a voltage
p...
...
0
,
,
sin
III
III
, and
1
2
2
2
,0
sin
III n imp
i
(28)
From Eqs. (26) and (27) one obtains then the following expression for the critical
temperature
0
11 1 111 1 1
ln 1
24 ... Rev. B, Vol. 22, No. 11 ,
(19 80) 514 2- 515 3.
Andreev, A. F. (19 64). Thermal conductivity of the intermediate state of superconductors. Sov.
Phys...
... 0.4
H
1 10
-12
1 10
-11
1 10
-10
|F|
2
2.6
1. 7
0.86
0.02
µ=
(b)
0 0 .1
H
0
1 10
-5
F
10
F
10
M
10
Fig. 8. Field dependence of FLL form factor F
1, 0
for µ = 0.02, 0.86, 1. 7, and 2.6 at T = 0.1T
c
in
d-wave ... 0.4
H
1 10
-12
1 10
-11
1 10
-10
|F|
2
2.6
1. 7
0.86
0.02
µ=
(b)
0 0 .1
H
0
1 10
-5
F
10
F
10
M
10
Fig. 8. Field dependence of FLL form fac...
... integers i, j, k
12 12 12 12
12 , 12 , , 12 , 12
1
,,
01
,
,
||||
||
nnnn
yy xx
ij ij ij ij
nn
zij zij
ij
HHHH
t
EE
xy
( 21)
, ,1, 1,
1
,,
0
.
|| ||
||
nn ... time-step n +1:
12 12 12 12
12 , 12 , , 12 , 12
1
,,
01
,
.
||||
||
nnnn
yy xx
ij ij ij ij
nn
zij zij
ij
HHHH
t
EE
xy
...
... Phys. Chem. Solids 28, pp .15 41- 1545
Bean C.P. (19 64), Magnetization of High-Field Superconductors, Rev.Mod.Phys. 36, 31- 39
Carr W.J. (19 83) AC Loss and Macroscopic Theory of Superconductors, ...
Superconductivity – Theory and Applications
340
The degree of the foil anisotropy is seen from Figs .10 and 12 . It allows estimating of
agreement between experimental data a...
... expressed as
Equation 17 .
G
dBd
= 10 log
10
W
rad
W
d
rad
= 10 log
10
(
W
rad
W
i
rad
×
W
i
rad
W
d
rad
)
=
10 (log
10
g − log
10
g
d
) (17 )
7
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