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 [...]... 900 700 6360 600 50 0 300 zoo 10 0 ; , ! I " 11-36 Equilibrium diagrams At O/o Er Equilibrium diagrams 11-37 2'9.8' 0 wt % Go wt % w 400 200 0 I 20 SO O 40 50 60 70 80 90 IO0 At.% Wf.% W Go 11-38 Equilibrium diagrams WC % A / OC 5 20 30 40 I 250 0 1 0 I I I I 60 I ! I - /BOO0 I 1 I I I I I I I L '55 00 0 0 2 - 159 0° \ \ 54 0a \ / \ \ \ \ - - - - - -I - \ \ I \ \ I I \ I I I ! I I I I I 56 50 I I I I I 1 II... At % Nd lAg-Ol oc At O/o 0 .50 1.00 0 Wr.O/o Na 1 .50 E 0 0 2 .50 5 OC 2400 800 I800 700 1600 3 40 60 60 0 900 ZOO0 IS 20 1000 2200 10 600 1400 5 00 I200 400 1000 300 800 2 00 600 100 400 0 0 0 10 20 30 40 50 At.% 200 0.10 030 090 Wt.Ol0 0 040 60 70 80 90 100 Na Equilibrium diagram 11-20 0.2 OC /42s A 1.Vo P 03 I P- vapour+ liquid Liquid+ Ag BOO 0 I 05 I ! i Ag+'P-vopour 1 .5 I Wt.% P At O/a Aa Wt % Pd...11-14 Equilibrium diagrams 8aY 700 400 0 10 20 30 40 50 At % Eu 60 70 80 90 100 Equilibrium diagrams 11- 15 Wt Ofo Gd 0 &.Of0 10 OC 20 H 30 4 0 5 8 6 0 7 0 8 0 9 0 1000 900 800 700 600 50 0 400 357 0 boiling point SO0 zoo 100 0 -looO IO 20 30 40 50 60 70 80 90 100 11-16 Equilibrium diagrams IAg-Ho] 0 1 0 20 30 40 50 At%% do 70 80 90 700 Equilibrium diagrams 11-17 11-18 Equilibrium diagrams... -(A) 4m 0 1 0 20 30 4 0 50 M%Ba 60 70 80 90 700 Equilibrium diagrams 11-31 6600 3 Iyy.%Al Wf 010 Bi 0 11-32 Equilibrium diagrams wt *c IAI-cdI 800 % co wt.% Cd i o 3 0 3 0 98 99 moo 6 w Po0 At % Cd A? O l o Ce Equilibrium diagrams 11-33 At.% AI F Bo 40 'O 2 - 60 6' I 40 >O 11-34 Equilibrium diagrams Wt .A A I Equilibrium diagrams 11- 35 Wt % AI OC A?.% Dy JO I5 202SJ0 35 5 I I600 150 0 1400 1300 I200 1100... 20 30 so0 300 Liquid f P P 9 s $ - 400 1 I I \ \ 1 I 50 7090 - I 70 80 90 I1 Equilibrium diagrams 11-39 W%Ho *C 3 IAI-Hol o oc JOSO so 1 0 2 0 3 0 4 0 0 5 0 7 0 8 0 Q o 1 w At % H o WtO/o I n eo 70 90 oc 95 98 10 K, 30 ~ i%.K 40 so 60 70 80 90 700 660 600 solid AI+Liquid K 1 6 35 S d i d A I + solid W1% K 1S6° 'O0o 20 40 60 Ato/o I n eo loo 6.' 35 K ... Rh 3 2 eo io0 AI Wt O/o Sb O/o Ru 4 Equilibrium diagrams 11-23 wt % sc 5 O C IO PO 40 bo 80 l538O I J O 1337" lm 3 1100 961.90 900 20 7oo0 4 40 At 6 0 % sc At %St Af O/O SI Wt.OloSm OC I200 I100 1000 966 BOO 700 600 Sa, 0 IO 20 30 4 AI.% Sm 80 100 sc 11- t *06 I I I 76 .5 Equilibrium diagram Wt ofo Ag 1020 40 SO 60 70 80 OC 11- 25 90 [Ag-TiJ 0 J O 20 30 40 SO 60 70 80 90400 At.o/o Ag 11-26 pksq Equilibrium... Equilibrium diagram Wt ofo Ag 1020 40 SO 60 70 80 OC 11- 25 90 [Ag-TiJ 0 J O 20 30 40 SO 60 70 80 90400 At.o/o Ag 11-26 pksq Equilibrium diagrams *C I000 900 800 700 600 400 300 200 100 /O 20 30 40 60 50 n TI Y2 wt V O Aq 1478' Al.O/o Y 70 80 90 I# Equilibrium diagrams 11-27 11-28 Equilibrium diagrams O C f0 Wt ofo Zr 20 JO 40 SO 60 70 Bo 90 AI.% Zr 'c Wf Qo Zr 60 70 80 90 eo 90 io0 At.O/o Z r 60 70 . 11- 451 (8) Rh-V 11- 451 (8) Rh-W 11- 452 Ru-Pt 11- 453 Ru-W 11 453 S-Sb 11- 454 S-Se 11- 454 S-Sn 11- 454 S-Te 11- 455 Sb-Se 11 455 SMi 11- 455 Sb-Sn 11- 456 (8) Sb-Te 11- 456 Sb-TI. 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). Li-Pd 11-3 45 Li-S 11-3 45 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 11 351 Mg-Pr 11- 351 (8) Mg-Pb 11- 351 Mg-Pu 11- 352 Mg-Sb