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2019•Journal of Nanoscience and NanotechnologyRequires access

Synthesis of TiB2 Powders with Hexagonal Morphology by Sol–Gel Method

Yun Zhang, Yang Yang, Hong Juan Sun, Jie Wang

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Abstract

were ascribed to the characteristic peaks of TiB₂. Finally, the photomicrograph revealed TiB₂ powders with a hexagonal morphology and the average grain size of TiB₂ particles was ca. 1 um. The EDS indicated that the particles contain elements of Ti and B according to dot and line scan.

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were ascribed to the characteristic peaks of TiB₂. Finally, the photomicrograph revealed TiB₂ powders with a hexagonal morphology and the average grain size of TiB₂ particles was ca. 1 um. The EDS indicated that the particles contain elements of Ti and B according to dot and line scan.

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Available abstract

were ascribed to the characteristic peaks of TiB₂. Finally, the photomicrograph revealed TiB₂ powders with a hexagonal morphology and the average grain size of TiB₂ particles was ca. 1 um. The EDS indicated that the particles contain elements of Ti and B according to dot and line scan.

Key concepts: Materials science, Hexagonal crystal system, Morphology (biology), Sol-gel, Chemical engineering, Crystallography, Nanotechnology, Engineering

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