2002
DOI: 10.1039/b204079b
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Synthesis of ternary nitrides by mechanochemical alloying

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Cited by 19 publications
(14 citation statements)
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“…[132] Its high reactivity can give complete mechanochemical reactions in as little as 7 minutes. [131] Ternary nitrides have been made by alloying a binary nitride (Mo 2 N) with Fe or Co. [133] Solid organic nitrogen compounds may also be used. Examples include reaction of urea with titanium to form TiN; [134] pyrazole and iron powder to give Fe 3 N; [135] and phenylene diamine and iron to give Fe 2 N 3 .…”
Section: Halides Sulphides and Nitridesmentioning
confidence: 99%
“…[132] Its high reactivity can give complete mechanochemical reactions in as little as 7 minutes. [131] Ternary nitrides have been made by alloying a binary nitride (Mo 2 N) with Fe or Co. [133] Solid organic nitrogen compounds may also be used. Examples include reaction of urea with titanium to form TiN; [134] pyrazole and iron powder to give Fe 3 N; [135] and phenylene diamine and iron to give Fe 2 N 3 .…”
Section: Halides Sulphides and Nitridesmentioning
confidence: 99%
“…Otra ruta utilizada ha sido la reacción entre el nitruro de molibdeno y el metal [27] , por amonolisis del nitrato del metal soportado en el nitruro de molibdeno [12] y, por último, amonolisis de una mezcla de los cloruros metálicos [28] . El método que ha mostrado mejores resultados para la obtención de los nitruros bimetalicos con alta S Sí ín nt te es si is s p po or r m mo ol li ie en nd da a r re ea ac ct ti iv va a Los nitruros ternarios de los metales de transición poseen propiedades comparables e incluso superiores a las de los nitruros binarios.…”
Section: I In Nt Tr Ro Od Du Uc Cc Ci Ió óN Nunclassified
“…Particular attention has been paid to the synthesis of metal alloys, oxides, pharmaceuticals, co-crystals, and large porous framework structures such as MOFs or ZIFSs, to name but a few. Some examples, out of many others for the application of mechanochemistry, are material synthesis [17][18][19], structural phase transformations [20][21][22][23], amorphization [24,25], oxidation and reduction reactions, hydrogenation or nitridation [26,27], alloying [28][29][30], intercalation [31,32], and catalytic reactions [33][34][35].…”
Section: Introductionmentioning
confidence: 99%