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Micrograph no. 480. Brief description. Cu 80, Zn 20 (wt%) brass, exhibiting dendritic solidification.

Browse the Library. Browse the Library. Cu 80, Zn 20 (wt%).

Micrograph no. 481. Brief description. Cu 80, Sn 20 (wt%) bronze, as cast.

Micrograph no. 482. Brief description. Cu 80, Sn 20 (wt%) bronze, as cast.

Micrograph no. 483. Brief description. Cu 80, Sn 20 (wt%) bronze, as cast.

Length bar. 20 μm. Further information. Austenitised 950ÂC, austempered 350ÂC for 64 min.

Length bar. 20 μm. Further information. Austenitised at 950ÂC, austempered at 400ÂC for 52 min.

Length bar. 20 μm. Further information. Austenitised at 950ÂC, austempered at 350ÂC for 64 min.

Micrograph no. 765. Brief description. Bi 80, Sn 20 (wt%). Keywords.

Micrograph no. 766. Brief description. Bi 80, Sn 20 (wt%). Keywords.

Micrograph no. 747. Brief description. Bi 20, Sn 80 (wt%). Keywords.

Micrograph no. 748. Brief description. Bi 20, Sn 80 (wt%). Keywords.

Micrograph no. 749. Brief description. Bi 20, Sn 80 (wt%). Keywords.

Micrograph no. 767. Brief description. Bi 80, Sn 20 (wt%). Keywords.

Micrograph no. 437. Brief description. Cu, Sn 20 (wt%) bronze, exhibiting dendritic solidification.

Micrograph no. 438. Brief description. Cu, Sn 20 (wt%) bronze, exhibiting dendritic solidification.

Micrograph no. 484. Brief description. Cu 80, Sn 20 (wt%) bronze, exhibiting dendritic solidification.

Micrograph no. 485. Brief description. Cu 80, Sn 20 (wt%) bronze, exhibiting dendritic solidification.

Micrograph no. 486. Brief description. Cu 80, Sn 20 (wt%) bronze, exhibiting dendritic solidification.

Micrograph no. 431. Brief description. Cu 80, Zn 20 (wt%), recrystallised - annealing twins.

Micrograph no. 432. Brief description. Cu 80, Zn 20 (wt%), recrystallised - annealing twins.

Length bar. 20 μm. Further information. A diamond nano-indentation tip, made by hand using jeweler's lapping techniques.

Length bar. 20 μm. Further information. A diamond nano-indentation tip, made by hand using jeweler's lapping techniques.

Length bar. 20 μm. Further information. The microstructure of ferritic steel in a 1p coin.

Length bar. 20 μm. Further information. The microstructure of ferritic steel in a 1p coin.

Length bar. 20 μm. Further information. The steel sample was etched in 4% picral solution first and revealed the presence of pearlite and carbides distinctly.

Length bar. 20 μm. Further information. The steel sample was etched in 4% picral solution first and revealed the presence of pearlite and carbides distinctly.

Length bar. 20 nm. Further information. The amorphous phase extends into at least one of the grain boundaries with a thickness of about 10 angstrom.

Length bar. 20 nm. Further information. The occurrence of BN inclusions results from the introduction of colloidal BN into the hot isostatic pressing process.

Reflected light microscopy. 80 μm. Cu, Sn 20 (wt%) bronze, exhibiting dendritic solidification. ... Reflected light microscopy. 400 μm. Cu 80, Sn 20 (wt%) bronze, exhibiting dendritic solidification.

li><li>Carbon film deposited under high vacuum</li><li>Carbon film removed by etching in 20% Perchloric acid in ethanol at 5V for 10 seconds</li><li>Carbon replica then ... Length bar. 20 μm. Further information. The micrograph shows the three distinct

Length bar. 20 μm. Further information. IN718 is a nickel-based superalloy composed of approximately 53 wt% Ni, 19 wt% Fe, 18 wt% Cr, 5 wt% Nb, and small amounts of

Length bar. 20 μm. Further information. Contributor.

Length bar. 20 μm. Further information. Al wiring revealed in cross-section.

Length bar. 20 mm. Further information. Careful heat treatment of the glaze produces a very small number of willemite (zinc orthosilicate, Zn.

Length bar. 20 μm. Further information. This is an example of a hypereutectic alloy.

Length bar. 20 μm. Further information. Prolonged heat treatment above 150ºdegC to 200ºdegC has led to the evolution of the stable CuAl.

Length bar. 20 μm. Further information. This micrograph shows the brittle nature associated with the grain boundary phase, rich in zinc and rare earths.

Length bar. 20 μm. Further information. This is a copper-aluminium bronze containing 10 wt% aluminium.

Length bar. 20 μm. Further information. This cast iron is used in circumstances where a very high wear resistance is desirable.

Length bar. 20 μm. Further information. This is an example of a hypoeutectic alloy.

Length bar. 20 μm. Further information. The microstructure shows martensite (straw-coloured), retained austenite (white) and some M-A constituents.

Length bar. 20 μm. Further information. Carbon-carbon composites are manufactured from continuous carbon fibres which are woven in a two or three dimensional pattern.

Reflected light microscopy. 20 μm. Showing 1 - 10 of 21 micrographs.

2. = 92 weight% B. So,. fraction of solid β = (65 - 58) / (92 - 58) = 20 weight%.

20. 50. 0.6%. At a low temperature, say 0.3 Tm, which of these conditions favours island (Volmer-Weber) growth? ... 10. 1%. b. 50. 50. 0.3%. c. 20. 60. 0. d.

The amplitude of oscillation typically ranges from 20 nm to 100 nm.

Reflected light microscopy. 20 μm. Austempered ductile cast iron. System: Fe-C-X, Composition: Fe, C 3.52, Si 2.51, Mn 0.49, Mo 0.15, Cu 0.31 (wt%).

Browse the Library. Browse the Library. Co 70, Sm 10, Cu 20 (at%).

40 μm. Bi 80, Cd 20 (wt%), hypereutectic alloy. System: Bi-Cd, Composition: Bi 80, Cd 20 (wt%). ... Reflected light microscopy. 400 μm. Bi 80, Cd 20 (wt%), hypereutectic alloy.