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50 KB]. You can also view and download the micrographs on Flickr.. ... In order to minimise interfacial strain between the parent austenite and the transforming martensite the martensites assume a lath or needle shape.

195 KB]. You can also view and download the micrographs on Flickr.. ... Organisation. Department of Materials Science and Metallurgy, University of Cambridge. Date.

120 KB]. You can also view and download the micrographs on Flickr..

187 KB]. You can also view and download the micrographs on Flickr..

172 KB]. You can also view and download the micrographs on Flickr..

130 KB]. You can also view and download the micrographs on Flickr.. ... Note also the presence of carbides which are formed by the trace presence of an element which is a stronger carbide former than iron.

113 KB]. You can also view and download the micrographs on Flickr.. ... Note also the presence of carbides which are formed by the trace presence of an element which is a stronger carbide former than iron.

164 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 200 μm. Further information. As cast copper rich bronze showing copper dendrites in a matrix of a (copper) and b phases.

131 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 100 μm. Further information. As cast copper rich bronze showing copper dendrites in a matrix of a (copper) and b phases.

166 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 100 μm. Further information. As cast copper rich bronze showing copper dendrites in a matrix of a (copper) and b phases.

187 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 800 μm. Further information. Bronze that has been cast and annealed to give a microstructure with an a matrix surrounded by a mixture of a and b phases.

193 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 400 μm. Further information. Bronze that has been cast and annealed to give a microstructure with an a matrix surrounded by a mixture of a and b phases.

189 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 200 μm. Further information. Bronze that has been cast and annealed to give a microstructure with an a matrix surrounded by a mixture of a and b phases.

170 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 100 μm. Further information. Bronze that has been cast and annealed to give a microstructure with an a matrix surrounded by a mixture of a and b phases.

92 KB]. You can also view and download the micrographs on Flickr.. ... Standard codes. Reaction. Processing. Annealed, cold rolled 50% and annealed again for 30 minutes at 600 C.

46 KB]. You can also view and download the micrographs on Flickr.. ... Standard codes. Reaction. Processing. Annealed, cold rolled 50% and annealed again for 30 minutes at 600 C.

80 KB]. You can also view and download the micrographs on Flickr.. ... Organisation. Department of Materials Science and Metallurgy, University of Cambridge. Date.

219 KB]. You can also view and download the micrographs on Flickr.. ... The eutectoid mixture consists of a and d phases. Contributor.

164 KB]. You can also view and download the micrographs on Flickr.. ... The eutectoid mixture consists of a and d phases. Contributor.

139 KB]. You can also view and download the micrographs on Flickr.. ... The eutectoid mixture consists of a and d phases. Contributor.

207 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 400 μm. Further information. Medium carbon steel that has been slow quenched, and resulting in the production of Widmanstätten ferrite.

184 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 200 μm. Further information. Medium carbon steel that has been slow quenched, and resulting in the production of Widmanstätten ferrite.

180 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 100 μm. Further information. Medium carbon steel that has been slow quenched, and resulting in the production of Widmanstätten ferrite.

95 KB]. You can also view and download the micrographs on Flickr..

87 KB]. You can also view and download the micrographs on Flickr..

133 KB]. You can also view and download the micrographs on Flickr..

194 KB]. You can also view and download the micrographs on Flickr.. ... Contributor. Organisation. Department of Materials Science and Metallurgy, University of Cambridge. Date.

191 KB]. You can also view and download the micrographs on Flickr.. ... Contributor. Organisation. Department of Materials Science and Metallurgy, University of Cambridge. Date.

119 KB]. You can also view and download the micrographs on Flickr.. ... Cu) cannot be resolved optically. The θ phase is non-equilibrium and is present due to microsegregation during solidification.

89 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 400 μm. Further information. This is a hypereutectoid alloy and illustrates the effect of slow cooling rate on the resultant microstructure.

63 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 40 μm. Further information. This is a hypereutectoid alloy and illustrates the effect of slow cooling rate on the resultant microstructure.

79 KB]. You can also view and download the micrographs on Flickr.. ... Contributor. Organisation. Department of Materials Science and Metallurgy, University of Cambridge. Date.

241 KB]. You can also view and download the micrographs on Flickr.. ... They possess an a b microstructure and consequently have good hot working properties.

217 KB]. You can also view and download the micrographs on Flickr.. ... They possess an a b microstructure and consequently have good hot working properties.

103 KB]. You can also view and download the micrographs on Flickr.. ... The Mg poisons the favoured growth directions of the graphite allowing only isotropic growth and producing more equiaxed graphite.

88 KB]. You can also view and download the micrographs on Flickr.. ... Micrograph no. 57. Brief description. Al 96, Cu 4 (wt%), solution treated and overaged - precipitation hardening.

244 KB]. You can also view and download the micrographs on Flickr.. ... Organisation. Department of Materials Science and Metallurgy, University of Cambridge. Date.

217 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 400 μm. Further information. High tin Cu-Sn alloy. The phase diagram of this system is complicated, at room temperature the equilibrium phases are a (copper) and e.

215 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 200 μm. Further information. High tin Cu-Sn alloy. The phase diagram of this system is complicated, at room temperature the equilibrium phases are a (copper) and e.

198 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 100 μm. Further information. High tin Cu-Sn alloy. The phase diagram of this system is complicated, at room temperature the equilibrium phases are a (copper) and e.

95 KB]. You can also view and download the micrographs on Flickr..

100 KB]. You can also view and download the micrographs on Flickr..

93 KB]. You can also view and download the micrographs on Flickr..

273 KB]. You can also view and download the micrographs on Flickr..

175 KB]. You can also view and download the micrographs on Flickr..

79 KB]. You can also view and download the micrographs on Flickr.. ... Eventually, the remaining liquid transforms by a eutectic reaction to h and Sn.

172 KB]. You can also view and download the micrographs on Flickr.. ... b grain boundaries and also on non-metallic inclusions in the alloy.

195 KB]. You can also view and download the micrographs on Flickr.. ... b grain boundaries and also on non-metallic inclusions in the alloy.

135 KB]. You can also view and download the micrographs on Flickr.. ... b grain boundaries and also on non-metallic inclusions in the alloy.

223 KB]. You can also view and download the micrographs on Flickr.. ... Length bar. 800 μm. Further information. An alloy of bronze containing lead and zinc.