Index
of
binary
diagrams
11-5
MWTh 11-377
(4)
Mo-U 11-378
(8)
MeV 11-379
Mo-W 11-379
(8)
Mo-Y
11-379
Mo-Ti
11-378
(1)
Mo-Zr 11-380 (8)
N-Ti 11-380
(8)
Na-Pb
11-381
Na-Rb 11-381
NaS
11-381
Na-Sb 11-382
Na-Se 11-382
NaSn 11-383
(8)
Na-Sr 11-384(1)

Na-Te 11-384
Na-Th 11-385
(8)
Na-TI 11-385
Na-Zn 11-385
(1)
Nb-Ni 11-386
Nb-Re 11-388 (8)
Nb-0
11-387
Nb-OS 11-387 (2)
Nb-Rh
11-388
Nb-Ru 11-389(4)
Nb-SC
11-389
(2)
Nb-Si 11-390
(8)
Nb-Sn 11-390 (8)
Nb-Ta 11-391
Nb-Ti 11-391 (8)
Nb-Th 11-391
(8)
Nb-V 11-392 (8)
Nb-W 11-392 (7)
Nb-Y 11-392 (8)
Nb-Zr
11-392
Nb-Zn

11-393
(4)
Nd-Ni 11-393
(8)
Nd-Pf 11-394
Nd-Pt 11-394 (2)
Nd-Rh 11-395
(8)
Nd-Sb 11-395 (8)
Nd-Sc 11-396 (2)
Nd-Sn 11-396 (2)
Nd-Ti
11-397
(8)
Nd-Zn 11-397 (8)
Ni-0 11-398 (1)
Ni-P 11-398
Ni-Pb 11-398
Ni-Pr
11-399
(8)
Ni-Pt 11-400(1)
Ni-Pu
11-401
Ni-Re 11-402
(1)
Ni-Rh 11-402
Ni-Ru 11-403
Ni-S 11404
NiSb 11-405

Ni-Si 11-405 (8)
NiSm 11-406
(8)
NiSn
I1
-407
(8)
Ni-Ta 11-408
(1)
Ni-Pd 11-399
Hg-W
11-319
(8)
Hg-Zn 11-319
HbTb
11-319
(8)
In-K
11-320
(8)
In-La
11-320 (3)
In-Li 11-321 (8)
In-Mg 11-321
(8)
In-Mn 11-321
(8).
In-Na 11-322(8)
In-Nd 11-322 (3)
In-Ni 11-323 (8)

In-Pb 11-323 (8)
In-Pd
11-324
IR-Pr
11-325
In-Sb 11-326
In-Se 11-326
In-Si 11-327(8)
In-Sn 11-327 (8)
In-Sr 11-328
(8)
In-Te 11-328
In-Ti 11-329
In-TI 11-329
In-Y
11-330 (3)
In-Yb
11-330
In-zn
11-330(8)
In-Zr 11-330 (8)
Ir-Mn 11-331
(8)
Ir-Mo 11-331
rr-Nb
11-331
Ir-Os 11-332
Ir-Pd
11-332
Ir-Re 11-333

Ir-Th
11-334
Ir-Ti
11-334
(8)
Ir-W
1
1-335
If-Pt
11-333
K-Li
11-335
K-Mg
11-335
K-l’b
11-336
K-Rb
11-336
K-S
11-336
K4b
11-337
K-se
11-337
K-Sn 11-338
K-TI 11-338
K-Zn 11-338
K-Na
11-336
La-Mg 11-339 (8)

La-Nd
11-340
La-Pb
11-340
k-Rh 11-341 (8)
LaSb
Il-341
La-TI
11-342
(8)
La-V
11-343
La-Mn 11-339 (8)
La-Ni 11-340
(8)
La-Sn
11-342
(8)
La-Y
11-343 (1)
Li-Mg 11-344 (8)
Li-Mn 11-344
Li-Na 11-344
Li-Pb
11-344
(8)
Li-Pd 11-345
Li-S
11-345
Li-Si

11-346
Li-Sn 11-346
Li-Sr
11-347
Li-TI 11-348
Li-Zn
11-349
Mg-Mn 11-350 (8)
Mg-Na 11-350
Mg-Ni 11351
Mg-Pr 11-351
(8)
Mg-Pb 11-351
Mg-Pu 11-352
Mg-Sb
11-352
Mg-SC 11-353
(8)
Mg-Si 11-353
Mg-St 11-354
(1)
Mg-Th 11-355
Mg-TI 11-355
Mg-U 11-356 (8)
Mg-Y 11-356 (8)
Mg-Zr 11-357 (8)
MwN 11-358 (8)
M-Nb
11-359 (8)
Mg-Sn 11-354 (8)

Mg-Ti 11-355
Mg-Zn 11-357
(8)
Mn-Nd 11-359
(8)
Mn-Ni 11-360 (8)
Mn-O 11-360 (8)
MwP 11-361 (6)
MwPb 11-361 (6)
Mn-Pd 11-361 (8)
fi-F’t
11-362
(8)
Mn-Pu 11-362
Mn-Rh 11-362
(6)
Mn-Ru 11-363 (8)
Mn-S 11-364
(8)
MnSb 11-364
Mn-Si 11-365
(8)
Mn-Sm 11-365 (8)
MnSn 11-366 (8)
Mn-Tb 11-366 (8)
Mn-Ti 11-367
Mn-TI 11-368
Mn-U 11-368
(8)
Mn-V 11-368 (8)

Mn-Y 11-369 (8)
Mn-Zn 11-370,371(8)
Mn-Zr 11-372
MeNb 11-373 (4)
Mo-OS 11-373 (8)
M-Pd 11-374 (4)
MePt 11-374 (3)
Mo-Rh 11-375
Mo-Ru 11-375 (8)
M0-S
11-37614)
Mo-Ni 11-373
(8)
Mo-Re 11-375 (8)
Mo-Si 11-376
(4)
Mo-Ta 11-377
11-6
Equilibrium
diagrams
Ni-Th
11-408 (3)
Ni-Ti
11-409
(1)
Ni-TI
11-409
Ni-U
114.10
Ni-V

11-410
(8)
Ni-W
11-411 (8)
Ni-Y
11-411
(8)
Ni-Zn
11-411
Ni-Zr
11-412
NpPu
11-412(8)
NpU
11-413 (8)
0-Ti
11-414 (8)
0-V
11-414(8)
Os-Ti
11-415
(8)
0-PU
11-413
OS-RU
11-415
OS-U
11-416
OS-W
11-416(8)

P-Pd
11-416 (8)
P-Pt
11-417 (8)
P-Si
11-417
P-Sn
11-418
P-Zn
11-418
(8)
Pb-Pd
11-419
(8)
Pb-Pr
11-419
(8)
Pb-Pt
11-419
Pb-Pu
11-420 (8)
Pb-S
11-420
Pb-Sb
11-420(8)
Pb-se
11-421
Pb-Si
11-421
Pb-Sn

11-421 (8)
Pb-Sr
11422
Pb-Te
11-422 (8)
Pb-Th
11-422
Pb-Ti
11-423 (8)
Pb-TI
11-423
Pb-U
11-424
(1)
Pb-W
11-424
(8)
Pb-Y
11-425 (8)
Pb-Zn
11-425 (8)
P-TI
11-418
Pd-Rh
11-426
Pd-Sb
11-427
Pd-S
11-426
Pd-Si

11-427
(8)
Pd-Sn
11-428
Pd-Ta
11-428 (8)
Pd-Te
11-429
Pd-Ti
11-431 (8)
Pd-Th
11-430
Pd-Tl11-431(8)
Pd-U
11432 (8)
Pd-V
11-432
Pd-W
11433
Pd-Y
11-433 (3)
Pd-Zn
11-434 (8)
Pd-Zr
11434 (8)
PrSn
11-435 (8)
Pr-TI
11-435 (8)
Pr-Zn

11-436 (8)
Pt-Rh
11-436
Pt-RU
11-437 (8)
Pt-Sb
11437
Pt-Si
11-437
PtSn
11-438 (8)
Pt-Te
11-438 (8)
Pt-Ti
11-439
(1)
Pt-TI
11-439 (8)
Pt-V
11440 (8)
Pt-W
11-440 (8)
Pt-Zr
11-441
(8)
Pu-Si
11-441
Pu-Ti
11-442 (8)
Pu-Zn

114
(8)
Pu-Zr
1145
(8)
Rb-S
11-445
Rb-Sb
11-446
(8)
Re-Rh
11446
Re-Ru
11-447 (8)
Re-Si
11-447
Re-Tb
11447 (8)
Re-U
11-448
ReV
1149
Re-W
11-450
Pu-Th
11-442 (8)
Pu-U
11443
Rh-Ta
11-450

Rh-U
11-451 (8)
Rh-V
11-451
(8)
Rh-W
11-452
Ru-Pt
11-453
Ru-W
11453
S-Sb
11-454
S-Se
11-454
S-Sn
11-454
S-Te
11-455
Sb-Se
11455
SMi
11-455
Sb-Sn
11-456(8)
Sb-Te
11-456
Sb-TI
11-457
Sb-U

11-458 (8)
Sb-Zn
11-458
(4)
Sb-Zr
11-458
%Ti
11-459
sc-Y
11-459
Sc-Zr
11-459
SeSn
11-459
Se-Te
11-460 (8)
Se-Th
11460 (8)
&-TI11460
SiSn
11460
Si-Sr
11461
Si-Te
11461 (8)
Si-Th
1142
Si-Ti
11462 (8)
Si-TI

11-463
Si-U
11-463 (8)
Si-V
11-463 (1)
Si-W
11-463
(8)
Si-Y
11-464
Si-Zn
11-465
Si-Zr
11-466 (8)
SnSr
11-466
Sn-Te
11-466
Sn-Ti
11-467 (4)
Sn-TI
11-467
(8)
Sn-U
11468
Sn-V
11-468
(1)
Sn-Yb
11-469 (3)

Sn-Zn
11-469
Sn-Zr
11-470 (8)
Sr-Zn
11-470 (3)
Ta-Th
11-471
(8)
Ta-Ti
11-471
(1)
Ta-U
11-472 (8)
Ta-V
11-472 (8)
Ta-W
11-472 (8)
Ta-Y
11-473 (8)
Ta-Zr
11-473 (1)
Tc-V
11-474
(8)
Tell
11474
Te-Zn
11-474
Th-Ti

11-475 (8)
Th-U
11-475 (8)
Th-Y 11-475 (8)
Th-V
11-476
Th-Zn
11-476 (8)
Th-Zr
11-477
Ti-U
11-477(8)
Ti-V
11-477 (8)
Ti-W
11-478 (8)
Ti-Y
11-478 (8)
Ti-Zn
11-478 (8)
Ti-Zr
11-479
TI-Zn
11-479
U-V
11-480
U-W
11-480 (8)
U-Zn
11-480

(8)
U-Zr
11-481
(1)
V-W
11-481
V-Y
11-482 (8)
V-Zr
11-482 (8)
W-Zr
1143
(8)
Y-Zr
11-485
Zn-Zr
11485 (8)
Y-ZU
11484(8)
Equilibrium
diagrams
11-7
11.2
Equilibrium
diagrams
Rderencestoindividualdiagramsaregivenattheendofthissection.
Whcnnoreferenceisgiven
the reader should consult constitution
of
Binary Alloys by M. Hansen and

K.
Anderko,
McGraw-Hill
(1958)
and the supplements by
R.
P.
Elliott
(1965)
and
F.
A. Shunk
(1%9).
Wt
%
AI
11-8
Equilibrium
diagrams
A
I
'/o
As
At.
010
Au
30
40
50
60

70
80
90
OC
IO
20
1100
1050
950
900
0
10
20
30
40
50
60
70
80
90
loo
Wt.
OJo
Au
Equilibrium
diagram
11-9
400
300
t,

a
$1
_-__
J
I
Wf.%
BP
11-10
Equilibrium
diagram
Equilibrium
diagrams
11-1
1
OC
IO
20
30
loo0
900
800
780
600
SOQ
400
300
2ootkkt
IO0
0
10

20
30
4
T"C
0 10
20
L
iguid
I
50
60
70
80
90
100
Wt.%
Cd
W%Co
30
do
50
60
708090100
1700
1495°C
1300
1
la,
900
700

500
0
10
20
30
40
50
60
70
80
90
100
At
%
Co
11-12
Equilibrium
diagrams
At %
Ce
I
At.%
Cu
Wt.%
cu
Equilibrium diagrams
11-13
A?.
%
Dy

11-14
Equilibrium
diagrams
8aY
700
400
0
10
20
30
40
50
60
70
80
90
100
At
%
Eu
Equilibrium
diagrams
11-15
Wt.
Ofo
Gd
0
&.Of0
H
OC

10
20
30
405860708090
1000
900
800
700
600
500
400
SO0
zoo
100
0
3570
boiling
point
-looO
IO
20
30
40
50
60
70
80
90
100
11-16

Equilibrium
diagrams
IAg-Ho]
0
10
20
30
40
50
do
70
80
90
700
At%%
Equilibrium
diagrams
11-17
11-18
Equilibrium
diagrams
At.
%
Ma
wt.
XMg
At.
Y
4
Equilibrium

diagrams
11-19
W%Nd
At
%
Nd
Nd
lAg-Ol
At.
O/o
0
oc
0.50
1.00
1.50
E00
2.50
2400
2200
ZOO0
I800
1
600
1400
I200
1000
800
600
400
200

0
0
0.10
090
030
040
Wt.Ol0
0
Wr.O/o
Na
OC
5
10
IS
20
30
40
60
60
1000
900
800
700
600
5
00
400
300
2
00

100
0
10
20
30
40
50
60
70
80
90
100
At.%
Na
11-20
Equilibrium
diagram
A
1.Vo
P
I
OC
0.2
0.3
/42s
P-
vapour+
liquid
I
Liquid+

Ag
!
i
I
Ag+'P-vopour
0
05
I
1.5
Wt.%
P
BOO
At.
O/a
Aa
Wt
%
Pd
Equilibrium
diagrams
11-21
11-22
Equilibrium
diagrams
Wt.%
Rh
OC
20
40
60

80
0-
o
20
40
60
eo
io0
At.%
Rh
Wt.%
Ru
I
2
3
4
AI.
O/o
Ru
Wt.
O/o
Sb
Equilibrium
diagrams
11-23
wt
%
sc
OC
5

IO
PO
40
bo
80
l538O
IJO
1337"
l3m
1100
961.90
900
7oo0
20
40
60
80
100
Af.
O/O
SI
4
At
%
sc sc
At
%St
Wt.OloSm
OC
I200

I100
1000
966
BOO
700
600
Sa,
0
IO
20
30
4
AI.%
Sm
11-
*06
t
76.5
I
I
I
Equilibrium
diagram
11-25
Wt.
ofo
Ag
OC
1020
40

SO
60
70
80
90
0
JO
20
30
40
SO
60
70
80
90400
At.o/o
Ag
[Ag-TiJ
11-26
Equilibrium
diagrams
*C
I000
pksq
900
800
700
600
400
300

200
100
/O
20
30
40
50
60
70
80
90
I#
nY.2
TI
wt
VO
Aq
1478'
Al.O/o
Y
Equilibrium
diagrams
11-27
11-28
Equilibrium
diagrams
Wt.
ofo
Zr
OC

f0
20
JO
40
SO
60
70
Bo
90
AI.%
Zr
Wf.
Qo
Zr
'c
60
70
80
90
60
70
eo
90
io0
At.O/o
Zr