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Compositions
The number of micrographs for each composition is given in [brackets]. Click on a
composition for a list of micrographs for the composition. A link (
)
is provided to the corresponding phase diagram for binary alloy systems. Alternatively,
browse the Library.
A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
A
- Aggregate, cement, water [2]
- Al 10, Cu 90 (wt%) [5]
- Al 15, Sn 85 (wt%) [1]
- Al 64, Cu 36 (wt%) [1]
- Al 67, Cu 33 (wt%) [2]
- Al 75, Cu 25 (wt%) [2]
- Al 88, Si 12 (wt%) [2]
- Al 90, Mg 10 (wt%) [1]
- Al 95, Cu 5 (wt%) [2]
- Al 96, Cu 4 (wt%) [8]
- Al, Cu 4.5, Mg 1.5 (wt%) [1]
- Al, Fe 0.5, Mn 1.0 / Al, Si 1.0 (wt%) [4]
- Al, Mg 1, Si 0.8, Mn 0.5 (wt%) [1]
- Al, Mg 2.5 (wt%), with Al2O3 (10 vol%) [1]
- Al, Mg 2.5 (wt%), with Al2O3 (5 vol%) [1]
- Al, Mg 4.5, Mn 0.7 (wt%) [1]
- Al, Si 1.2, Mg 0.4 (wt%) (AA6016) [5]
- Al, Si 12, Na 0.02 (wt%) [2]
- Al2O3 50, ZrO2 32, SiO2 15 (wt%), + trace alkalis [1]
- Al2O3 96%, remainder MgO, CaO, SiO2 [1]
- Al2O3, C up to 30 (wt%), Si few% [1]
- Amorphous polyethylene terephthalate (APET) [1]
- Araldite CT200/HT907 'matrix' with cylindrical CT200/HT901 'fibre' [2]
- Araldite CT200/HT907 'matrix' with ellipsoid CT200/HT901 'particle' [1]
B
- Ball clay 30 , china clay 10, potash feldspar 20, silica sand 20, calcined alumina 20 (wt%) [1]
- BaO . 6Fe2O3 [1]
- BaTiO3 [1]
- BaTiO3 95-97 (wt%) [1]
- Bi 10, Sn 90 (wt%) [3]
- Bi 20, Sn 80 (wt%) [3]
- Bi 30, Sn 70 (wt%) [3]
- Bi 40, Sn 60 (wt%) [4]
- Bi 50, Sn 50 (wt%) [3]
- Bi 60, Cd 40 (wt%) [2]
- Bi 60, Sn 40 (wt%) [4]
- Bi 70, Sn 30 (wt%) [3]
- Bi 80, Cd 20 (wt%) [2]
- Bi 80, Sn 20 (wt%) [4]
- Bi 90, Sn 10 (wt%) [3]
- Blackheart cast iron [2]
C
- C294H590 [1]
- C36H74 [1]
- CaO 57, MgO 41 (wt%), + Fe2O3, SiO2 and Al2O3 (typical) [1]
- CaO 57, MgO 41 (wt%), + Fe2O3, SiO2 and Al2O3 (typical) [1]
- Carbon [6]
- Carbon fibre, epoxy resin matrix [2]
- China clay 25, stone 30, bone 45 (wt% typical) [3]
- Co 70, Sm 10, Cu 20 (at%) [1]
- Coating of polypyrrole [2]
- Commercial purity (99.5%) [7]
- Commercial purity (99.5%) + 13 micron alumina spheroids [1]
- Commercial purity (99.5%) + 15 micron angular alumina particles [1]
- Commercial purity (99.5%) + 15 micron angular silicon carbide particles [1]
- Cu 21, Sn 79 (wt%) [2]
- Cu 46, Zn 42, Ni 10, Pb 2 (wt%) [2]
- Cu 50, Zn 50 (wt%) [3]
- Cu 50, Zn 50 (wt%) [7]
- Cu 52, Zn 45 (wt%) [2]
- Cu 52.5, Zn 47.5 (wt%) [3]
- Cu 55, Zn 45 (wt%) [6]
- Cu 60, Zn 40 (wt%) [2]
- Cu 60, Zn 40 (wt%) [6]
- Cu 60, Zn 40 (wt%) + Pb trace [4]
- Cu 65, Zn 35 (wt%) (pure) [2]
- Cu 70, Ni 30 (wt%) [2]
- Cu 70, Sn 30 (wt%) [3]
- Cu 70, Zn 30 (approx), Pb 1.3, Sn 0.5-1.0 (wt%) [5]
- Cu 70, Zn 30 (wt%) [8]
- Cu 70, Zn 30 (wt%) [4]
- Cu 70, Zn 30 (wt%) (pure) [2]
- Cu 80, Sn 20 (wt%) [13]
- Cu 80, Zn 20 (wt%) [6]
- Cu 85, Sn 10, Pb 5 (wt% approx) [3]
- Cu 85, Sn 15 (wt%) [7]
- Cu 85, Sn 5, Zn 5, Pb 5 (wt% approx) [4]
- Cu 88, Sn 8, Zn 4 (wt% approx) [4]
- Cu 89.5, P 10.5 (wt%) [5]
- Cu 90, Sn 10 (wt%) [6]
- Cu 90, Sn 10 (wt%) + P trace [3]
- Cu 90, Zn 10 (wt%) [2]
- Cu 95, Sn 5 (wt%), [5]
- Cu 95, Sn 5, P 0.15 (wt% approx) [3]
- Cu 95, Sn 5, P 0.15 (wt% approx.) [4]
- Cu 95.5, P 4.5 (wt%) [5]
- Cu 98, Be 2 (wt%) [3]
- Cu 99.7 (wt%), some oxygen [2]
E
F
- Fe, C 0.07, Mn 2.2 (wt%) [7]
- Fe, C 0.08 (wt%) [2]
- Fe, C 0.1 (wt%) [4]
- Fe, C 0.1, Mn 1, S 0.5 (wt%) [4]
- Fe, C 0.12, Mn 14.2, Cr 13.7 [2]
- Fe, C 0.13, Ni 4, Cr 2, Mn 0.49, S 0.015 (wt%) [3]
- Fe, C 0.15 (wt%) [2]
- Fe, C 0.15 (wt%) [7]
- Fe, C 0.15, Mn 1.5, Si 1.5 (wt%) [5]
- Fe, C 0.2 (wt%) [8]
- Fe, C 0.2 (wt%) [4]
- Fe, C 0.2, Mo 4 (wt%) [11]
- Fe, C 0.20, Mo 3.8, Ta 0.22 (wt%) [1]
- Fe, C 0.24, Si 2.18, Mn 2.32, Ni 1.05 (wt%) [1]
- Fe, C 0.3 (wt%) [7]
- Fe, C 0.3 (wt%) [2]
- Fe, C 0.3, Ni 30 (wt%) [2]
- Fe, C 0.31, Ni 3.0, Cr 0.9, Mn 0.6 (wt%) [7]
- Fe, C 0.4 (wt%) [8]
- Fe, C 0.4 (wt%) [8]
- Fe, C 0.4 Ni 30 (wt%) [1]
- Fe, C 0.4, Mn 0.8 (wt%) [2]
- Fe, C 0.4, Ni 1.3, Cr 0.65, Mo 0.65 (wt%) [5]
- Fe, C 0.5 (wt%) [3]
- Fe, C 0.55 (wt%) [2]
- Fe, C 0.55 (wt%) [5]
- Fe, C 0.55, Mn 0.65 (wt%) [3]
- Fe, C 0.6 (wt%) [4]
- Fe, C 0.75 (wt%) [7]
- Fe, C 0.8 (wt%) [13]
- Fe, C 0.85 (wt%) [2]
- Fe, C 0.86 (wt%) [3]
- Fe, C 0.9 (wt%) [7]
- Fe, C 0.9 (wt%) [6]
- Fe, C 1, Mn 2, Si 1.5, Cr 1.3 (wt%) [2]
- Fe, C 1.0 (wt%) [6]
- Fe, C 1.1 (wt%) [2]
- Fe, C 1.15, Mn 13 (wt%) [1]
- Fe, C 1.3 (wt%) [8]
- Fe, C 1.35 (wt%) [7]
- Fe, C 2-4, other constituents (wt% typical) (Cast iron) [25]
- Fe, C 2.10, Si 5.60, Mn 0.50 (wt%) (Silal) [3]
- Fe, C 2.3, Mn 4.0 (wt%) [3]
- Fe, C 2.4, Si 1.1, Mn 1.1 (wt%) [8]
- Fe, C 2.6, Cr 17, Mo 2, Ni 2 (wt%) [2]
- Fe, C 2.8, Ni 4.5, Mn 1.2, Cr 0.75, Si 0.5, P 0.3, Mo 0.25, S 0.1 (wt% typical) (Ni-hard iron) [2]
- Fe, C 2.85, Si 0.33, Mn 0.39, Cr 0.91 (wt%) [2]
- Fe, C 2.95, Si 0.60, Mn 0.60, Ni 4.00, Cr 1.90 (wt%) [3]
- Fe, C 3.0, Si 6, Mn 0.7, P 0.3, S 0.1 (wt% typical) (Silal) [2]
- Fe, C 3.2, Si 2.5 (wt%) [2]
- Fe, C 3.2, Si 2.5, Mg 0.05 (wt%) [3]
- Fe, C 3.4, Si 0.35, Mn 0.22 (wt%) [3]
- Fe, C 3.4, Si 0.35, Mn 0.22 (wt%), + ... [3]
- Fe, C 3.46, Si 0.12, Mn 0.33, P 1.91, Cr 1.02 (wt%) [9]
- Fe, C 3.52, Si 2.51, Mn 0.49, Mo 0.15, Cu 0.31 (wt%) [13]
- Fe, C 3.52, Si 3.26, Mn 0.47 (wt%) (Grey cast iron) [3]
- Fe, C 3.56, Si 0.20, Mn 0.37, Cr 0.91 (wt%) [2]
- Fe, C 3.6, Si 2.1 (wt%) [2]
- Fe, C 3.6, Si 2.1, Mg 0.07 (wt%) [2]
- Fe, C 3.62, Si 0.33, Mn 0.38, Cr 0.89 (wt%) [2]
- Fe, C 4.17, Si 0.40, Mn 0.45, Cr 0.95 (wt%) [2]
- Fe, C low (wt%) [7]
- Fe, C medium (wt%), with small alloy addition [4]
- Fe, C very low (wt%) [6]
- Fe, Mn 1, S 0.02 (wt%) [1]
- Forging steel [1]
G
- Grey cast iron [3]
K
L
M
N
- Nd4SrTi5O17 [1]
- Ni 53, Fe 19, Cr 18, Nb 5 (wt% approx) + small amounts of Ti, Mo, Co, Al [8]
- Ni, Al, Re, W, Ta, Cr, Co, Ru (Ni-Superalloy) [3]
- Ni, Cr 14.4-15.2, Co 13-18, Mo 3.5-4.5, Al 3.0-3.3, Ti 4.2-4.8, Ta 2.5, Zr 0.05-0.07, C 0.05, B 0.01-0.03 (wt%) (Ni-Superalloy) [7]
- Not specified (System: Glass fibre composite) [2]
- Not specified (System: Na-Cl) [1]
- Not specified (System: Polycarbonate (PC)) [7]
- Not specified (System: C) [1]
- Not specified (System: Pre-Roman Ag production) [18]
- Not specified (System: Polystyrene (PS)) [9]
- Not specified (System: Urea formaldehyde) [1]
- Not specified (System: Pb) [6]
- Not specified (System: Cu-Sn) [4]
- Not specified (System: Carbon nanotube) [4]
- Not specified (System: BaO-Nd2O3-4TiO2) [4]
- Not specified (System: Fe production) [11]
- Not specified (System: LAS: Li2O-Al2O3-SiO2) [6]
- Not specified (System: ZTS) [2]
- Not specified (System: Smithing slag) [18]
- Not specified (System: SiC fibre-reinforced magnesium aluminosilicate) [3]
- Not specified (System: Al) [11]
- Not specified (System: Fe-C-X) [3]
- Not specified (System: Si3N4-SiC composite) [6]
- Not specified (System: Polyethylene terephthalate (PET)) [1]
- Not specified (System: Alumina) [2]
- Not specified (System: Polyhydroxybutyrate (PHB)) [5]
- Not specified (System: SiC) [3]
- Not specified (System: Polypropylene (PP)) [3]
- Not specified (System: CCcomposite) [11]
- Not specified (System: Cu-P) [5]
- Not specified (System: Low density polyethylene (LDPE)) [1]
- Not specified (System: Poly (lactic-co-glycolic acid) (PLGA)) [4]
- Not specified (System: Al-Mg-Fe-Si) [3]
- Not specified (System: Polyurethane (PU)) [4]
- Not specified (System: Hydroxyapatite (Ca10(PO4)6(OH)2)) [1]
- Not specified (System: Nylon) [1]
- Not specified (System: Miscellaneous) [10]
- Not specified (System: Zn) [4]
- Not specified (System: High density polyethylene (HDPE)) [2]
- Not specified (System: Oxides + simulated fission products) [1]
- Not specified (System: BaTiO3) [2]
- Not specified (System: Cu production) [47]
- Not specified (Ni-Superalloy) [3]
- Notched zinc [2]
P
R
S
- Semi-flexible LCP, Cl-7 [1]
- Semi-flexible LCP, Cl-8 [1]
- SiO2 47, B2O3 8, Al2O3 17, MgO 14, K2O 9, F 6 (wt%) [1]
- SiO2, trace of clay [1]
- Soda-lime-silica glaze containing zinc oxide 25, cobalt oxide 0.5 (wt%) [2]
- Stainless steel [6]
- Stainless steel 430 [1]
- Stainless steel with Cr 13.7, Mn 14.2, C 0.12 (wt%) [1]
- Stainless steel with Cr 15, Ni 35, Mo 2.5, C 0.25 (wt%) [1]
- Stainless steel with Cr 15, Ni 35, Nb 2.5, C 0.1 (wt%) [1]
- Stainless steel with Cr 15, Ni 35, Nb 5, C O.1 (wt%) [1]
- Stainless steel with Cr 15, Ni 35, Ti 5, C 0.1 [1]
- Stainless steel with Cr 15, Ni 35, V 5, C 0.1 (wt%) [1]
- Stainless steel with Cr 18, Ni 10, Mo 1 (wt%) [2]
- Stainless steel with Cr 18, Ni 10, Nb 1 (wt%) [8]
- Stainless steel with Nb 1 (wt%) [1]