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Cited by 66 publications
(32 citation statements)
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“…The calculated lattice parameter from XRD result is 0.4328 nm, which confirms a closely full stoichiometric ratio of TiC 0.96 . [ 21 ] The statistical proportion of CC chemical bond from C 1s (Figure 3j, 38.29%) based on XPS spectra is close to that of stoichiometric TiC, indicating that no carbon film exists in the single‐crystalline TiC. [ 19b ] Raman spectroscopic analysis was conducted to characterize free carbon in the synthesized TiC powders.…”
Section: Resultsmentioning
confidence: 99%
“…The calculated lattice parameter from XRD result is 0.4328 nm, which confirms a closely full stoichiometric ratio of TiC 0.96 . [ 21 ] The statistical proportion of CC chemical bond from C 1s (Figure 3j, 38.29%) based on XPS spectra is close to that of stoichiometric TiC, indicating that no carbon film exists in the single‐crystalline TiC. [ 19b ] Raman spectroscopic analysis was conducted to characterize free carbon in the synthesized TiC powders.…”
Section: Resultsmentioning
confidence: 99%
“…By manipulating the specific stoichiometric ratios x , the growth behavior of TiC x nanoparticles can be artificially intervened and controlled, which has realistic significance. More importantly, through manipulation of the synthesis processes, TiC x nanoparticles can be preferentially synthesized with desirable morphologies and specific exposed surfaces to meet their broad development and application prospects [101].…”
Section: The Synthesis and Characterization Of Three-dimensional Tmentioning
confidence: 99%
“…( a ) The theoretical and actual stoichiometric ratios and the corresponding extracted TiC x lattice parameters; ( b ) The lattice parameters and corresponding estimated stoichiometric ratios of TiC x in this case compared with previously reported experimentally determined data; ( c ) The TiC x nanoparticles morphology evolution manipulating mechanism by the stoichiometric ratios in the Al melt. With permission from Reference [101], copyright (2019) Elsevier.…”
Section: Figurementioning
confidence: 99%
“…It is well known that defects (such as dislocations or boundaries) can be induced in the alloys after deformation [45][46][47]. Such defects enhance the hardness and strength of the alloys and can be healed by heat treatment [48][49][50]. Yang et al [51] suggested that the strengthening effect of SPPs in Zr alloys during heat treatment is often minimal.…”
Section: Characterizations Of the Substratesmentioning
confidence: 99%