Titlebook: Ultra-High Temperature Materials III; Refractory Carbides Igor L. Shabalin Book 2020 Springer Nature B.V. 2020 Carbon-Carbon Composites.Ce

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Hay-Fever

Igor L. Shabalinare and equality. As has already been discussed, inequality is partially sustained by the manner in which popular discourses about welfare concentrate only, or mainly, on the poor and only, or mainly, on social welfare. In the previous chapter I have built up a picture of the characteristics of soci

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to practical petrophysics - extracting desired properties fTwenty years ago, the objectives of the ?rst edition of this book were numerous and ambitious:todemystifytheprocessofwellloganalysis;toexaminethephysicalbasis of the multitude of geophysical measurements known collectively as well logging;

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Introduction,f publications devoted to their syntheses, properties and various technical applications. In the most popular among the researchers in the 1970-90s book on refractory carbides published by Edmund K. Storms [4], the chapters, where syntheses and properties of titanium and vanadium carbides were descr

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Titanium Monocarbide,so section C – Ti in Table I-2.13) – titanium monocarbide TiC., having the broadest homogeneity range compared to all other refractory carbides of groups 4-5 [1-14]; although some low-temperature (< 600-1100 °C) ordered and metastable structures such as Ti.C (., ., ., ., ., ., ., .), Ti.C. (.), Ti.C

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Vanadium Monocarbide, with the highest C/V ratio being extremely far from the stoichiometry, several modifications of vanadium semicarbide: .-V.C (.), .-V.C (.) and .′-V.C (., ., ., ., ., ., .), some ordered and metastable phases: V.C. (.), V.C. (., ., ., ., ., ., .), .-V.C. (or .-V.C.; ., ., ., ., .), V.C. (., ., .), V

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