...results seem to indicate that it would be possible to convert iron up to the saturation point (0-9^ carbon) at a temperature of say 800° C. , but that...bars unless the temperature of the chest be kept (as is the case in practice) at about 950° C. " Sted: An Alloy of Iron and Fe3C. — The analogy existing...

...results seem to indicate that it would be possible to convert iron up to the saturation point (0-9fí carbon) at a temperature of say 800° C., but that it is not possi! produce supersaturated high number bars unless the temperature of the che?t be kept (as is the...

...results seein to indicate that it would be possible to convert iron up to the saturation-point (0.9 per cent carbon) at a temperature of, say, 800° C.,...that it is not possible to produce supersaturated high-number bars unless * This term "interpenetration " was employed by Professor RobertsAusten with...

...should be possible to convert iron into steel up to the saturation point (0*9 per cent. carbon) at about 800° C., but that it is not possible to produce supersaturated high carbon steel unless a temperature of 950° is reached and maintained, as in practice. Roberts-Austen...

...above results seem to indicate that it would be possible to convert iron up to the saturation-point (0-9 per cent, carbon) at a temperature of, say, 800°...kept (as in the case in practice) at about 950° C. * Thin terra "interpenetration" was employed by Professor Roberts-Austen with refeirnct: to the important...

...results seem to indicate that it would be possible to convert iron up to the saturation-point (0.9 per cent carbon) at a temperature of, say, 800° C.,...that it is not possible to produce supersaturated high-number bars unless * This term "interpenetration " was employed by Professor RobertsAusten with...