Two kinds of W-0.5?wt.%TiC alloys were prepared, one by ball milling and the other by the wet chemical method. For comparison, pure tungsten powders were ch'/>
机译:W-0.5≤WT。通过球磨和湿化学法制备的W-0.5≤WT.%TiC合金的微观结构,机械性能和热导体
Institute of Nuclear Materials University of Science and Technology Beijing;
Institute of Nuclear Materials University of Science and Technology Beijing;
Institute of Nuclear Materials University of Science and Technology Beijing;
Institute of Nuclear Materials University of Science and Technology Beijing;
Institute of Nuclear Materials University of Science and Technology Beijing;
机译:W-0.5≤WT。通过球磨和湿化学法制备的W-0.5≤WT.%TiC合金的微观结构,机械性能和热导体
机译:W-0.1 wt。%TiC合金的化学结构,基本热力学和夏比冲击性能
机译:热轧和退火对W-0.5 wt。%TaC合金的力学性能和导热率的影响
机译:高能球磨热压烧结制备的TiAl基合金的组织和力学性能
机译:机械键合和球磨处理的镍基ODS合金的力学和微观结构研究。
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机译:通过优化的多步工艺制造的细晶W-0.5wt。%TaC合金的力学性能,热稳定性和微观结构