Growth and TEM and HREM characterisation of TiC crystals grown from high‐temperature solutions
D Strzeciwilk, Z Wokulski… - Crystal Research and …, 2003 - Wiley Online Library
D Strzeciwilk, Z Wokulski, P Tkacz
Crystal Research and Technology: Journal of Experimental and …, 2003•Wiley Online LibraryThe results of TiC crystals and Ni microstructure studies by means of transmission electron
microscope are presented. It was shown that Ni may be used as high temperature solvent for
obtaining TiC crystals. This paper reports the results of morphology and growth of TiC
crystals. The obtained TiC crystals with application of Ni as high temperature solvent were
mainly of {001} cubic form, although irregular forms were also observed. Detailed TEM and
HREM studies have shown that dislocations are formed in the vicinity of incoherent TiC …
microscope are presented. It was shown that Ni may be used as high temperature solvent for
obtaining TiC crystals. This paper reports the results of morphology and growth of TiC
crystals. The obtained TiC crystals with application of Ni as high temperature solvent were
mainly of {001} cubic form, although irregular forms were also observed. Detailed TEM and
HREM studies have shown that dislocations are formed in the vicinity of incoherent TiC …
Abstract
The results of TiC crystals and Ni microstructure studies by means of transmission electron microscope are presented. It was shown that Ni may be used as high temperature solvent for obtaining TiC crystals. This paper reports the results of morphology and growth of TiC crystals. The obtained TiC crystals with application of Ni as high temperature solvent were mainly of {001} cubic form, although irregular forms were also observed. Detailed TEM and HREM studies have shown that dislocations are formed in the vicinity of incoherent TiC precipitates in Ni matrices.
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