Smithells Metals Reference Book Part 5 ppsx

Whcnnoreferenceisgiven the reader should consult constitution of Binary Alloys by M.. Anderko, McGraw-Hill 1958 and the supplements by R... 11-18 Equilibrium diagrams At... 11-34 Equil

Mo-U 11-378 (8)

M e V 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

N a S 11-381 Na-Sb 11-382 Na-Se 11-382

N a S n 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

N i S b 11-405 Ni-Si 11-405 (8)

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 n S b 11-364 Mn-Si 11-365 (8)

Mn-Sm 11-365 (8)

M n S n 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

M e N b 11-373 (4) Mo-OS 11-373 (8) M-Pd 11-374 (4)

M e P t 11-374 (3) Mo-Rh 11-375 Mo-Ru 11-375 (8)

P t S n 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 1 1 4 (8)

Pu-Zr 1 1 4 5 (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

R e V 1 1 4 9

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

S M i 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

Si-Th 1 1 4 2 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)

T e l l 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 1 1 4 3 (8)

Y-Zr 11-485 Zn-Zr 11485 (8) Y-ZU 11484(8)

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)

11-10 Equilibrium diagram

11-12 Equilibrium diagrams

At % Ce

I

A t % Cu

A? % Dy

-looO

11-16 Equilibrium diagrams

IAg-Ho]

At%%

11-18 Equilibrium diagrams

At % Ma

wt X M g

At O/a Aa

%

1000

9 6 6 BOO

700

6 0 0

Sa,

Wt ofo Ag

O C 1020 40 SO 60 70 80 90

0 JO 20 30 40 SO 60 70 80 90400

[Ag-TiJ

Iyy.%Al

Wf 010 Bi

6 6 0 0

3

11-34 Equilibrium diagrams

Wt .A A I

11-36 Equilibrium diagrams

At O/o Er

11-40 Equilibrrum diagrams

At.OIo A I

A t % U

W % M g

11-42 Equilibrium diagrams

11-46 Equilibrium diagrams

W t % P t

11-48 Equilibrium diagrams

wt %&?

70

2320

3

(ACSn]

Wr.% W

W t % Y

11-56 Equilibrium diagrams

At.%Yb

1-60 Equilibrium diagram

Wt.% AS

At.% Go

Wt Y.AS

11-64 Equilibrium diagrams

W1 % Pb

11-66 Equilibrium diagrams

Wt X Sn

of

A 1.% AS

At % TI

a

% R

11-68 Equilibrium diagrams

At % Zn

11-70 Equilibrium diagrams

At.%&

wt %C*

o r Wt % C r

At % t r

W%cs

11-72 Equilibrium diagrams

11-76 Equilibrium diagrams

At.% G r

IAU-GeJ

W t % Gr

11-78 Equilibrium diagrams

Wt % AU

'C

L4Y.V Au

At.% AU

W t X Nb

11-82 Equilibrium diagrams

11-84 Equilibrium diagrams

W 2 Au

Wt.% Rh

11-90 Equilibffm diagrams

At % Au

At

11-96 Equilibrium diagram

"C W%B

A t % B

11-102 Equilibrium diagrams

A t.xa

W%B

At%B