The variants of martensite forming isothermally in Fe-30%Ni single crystals at temperatures above Mb appear in pairs. This "paired-martensite" was found to be a bulk morphology and one which exhibits strong, non-bursting autocatalysis. Individual pairs are comprised of two lath-shaped wings which meet edge-on along a {100} junction plane, and groups of pairs aligned along the traces of the {100} planes were observed. The major component of the shape-change of a wing was found to be along its long dimension. The role of this shape-change in the autocatalytic formation of the morphology and the relation of paired-martensite to lath and plate martensite are considered
A transmission electron microscopy and diffraction study of butterfly martensite in Fe-Ni-Cr-C alloy...
A transmission electron microscopy and diffraction study of butterfly martensite in Fe-Ni-Cr-C alloy...
Abstract. The martensites in steel T8A containing 0.8 pct C were examined by light microscope and TE...
Mainly two different morphologies of martensite can be obtained in steels depending on the amount of...
This work initially reviews fundamental aspects of nucleation and growth of martensite. Next, based ...
There the most probable pair joinings of martensite crystals, the variants of framed zigzag ensemble...
The martensite structure in polycrystalline Fe–Pd has been examined from a mechanics and a crystallo...
This sample was quenched to -80 °C to give a metastable martensitic microstructure. The martensite p...
In the binary Fe-rich Fe-Ni system, martensite start temperatures MS decrease from 500 to 200 K when...
In the binary Fe-rich Fe-Ni system, martensite start temperatures MS decrease from 500 to 200 K when...
This sample was quenched to -80 °C to give a metastable martensitic microstructure. The martensite p...
Thesis. 1977. Sc.D.--Massachusetts Institute of Technology. Dept. of Materials Science and Engineeri...
This sample was quenched to -80 °C to give a metastable martensitic microstructure. The martensite p...
This sample was quenched to -80 °C to give a metastable martensitic microstructure. The martensite p...
The mean dimensions of martensitic plates formed at the burst temperature in ten iron-nickel alloys ...
A transmission electron microscopy and diffraction study of butterfly martensite in Fe-Ni-Cr-C alloy...
A transmission electron microscopy and diffraction study of butterfly martensite in Fe-Ni-Cr-C alloy...
Abstract. The martensites in steel T8A containing 0.8 pct C were examined by light microscope and TE...
Mainly two different morphologies of martensite can be obtained in steels depending on the amount of...
This work initially reviews fundamental aspects of nucleation and growth of martensite. Next, based ...
There the most probable pair joinings of martensite crystals, the variants of framed zigzag ensemble...
The martensite structure in polycrystalline Fe–Pd has been examined from a mechanics and a crystallo...
This sample was quenched to -80 °C to give a metastable martensitic microstructure. The martensite p...
In the binary Fe-rich Fe-Ni system, martensite start temperatures MS decrease from 500 to 200 K when...
In the binary Fe-rich Fe-Ni system, martensite start temperatures MS decrease from 500 to 200 K when...
This sample was quenched to -80 °C to give a metastable martensitic microstructure. The martensite p...
Thesis. 1977. Sc.D.--Massachusetts Institute of Technology. Dept. of Materials Science and Engineeri...
This sample was quenched to -80 °C to give a metastable martensitic microstructure. The martensite p...
This sample was quenched to -80 °C to give a metastable martensitic microstructure. The martensite p...
The mean dimensions of martensitic plates formed at the burst temperature in ten iron-nickel alloys ...
A transmission electron microscopy and diffraction study of butterfly martensite in Fe-Ni-Cr-C alloy...
A transmission electron microscopy and diffraction study of butterfly martensite in Fe-Ni-Cr-C alloy...
Abstract. The martensites in steel T8A containing 0.8 pct C were examined by light microscope and TE...