In the present work, a novel method was proposed to synthesize pure nano Mo powder via
temperature programmed pre-reduction of commercial MoO 3 by carbon black, followed by …

概述了粉末冶金技术制备钼基复合材料的研究进展, 介绍了钼基复合材料常用的增强体以及增强
体对钼基复合材料性能的影响. 重点阐述了制备钼基复合材料的工艺方法, 包括钼粉制备工艺 …

In this paper, ultrafine Mo (W) powders were obtained by a two-stage reduction process
consisting of carbothermal pre-reduction of MoO 3 (WO 3) and deep hydrogen reduction …

A new technology, a freeze-dissolving method, has been developed to isolate nanoparticles
or ultrafine powder and is a more efficient and sustainable method than the traditional freeze …

In this study, a low-cost, efficient and industrially feasible pathway was developed to prepare
Mo nanopowder via a two-stage carbothermic reduction of commercial MoO 3 with carbon …

This study applied a novel process for manufacturing molybdenum powder to regulate the
morphology and particle size. The effects of water vapor pressure, temperature, and holding …

In this paper, using MoO 3 as molybdenum source, ultrafine molybdenum powder is
synthesized by a novel method composed of carbothermal reduction and the following …

A simple and efficient pathway was developed to synthesize ultrafine grained oxide
dispersion strengthened (ODS) Mo alloys doped with nano-scaled oxide particles. Firstly …

In this study, ultrafine Mo powder was synthesized via hydrogen reduction of MoO 2 at
various temperatures for different durations. The outcomes indicated that the higher …

A novel pathway for the preparation of nanoscale Mo powder has been developed. Ultrafine
MoO 2 powder containing different amounts of Mo nanoscale nuclei was synthesized via …