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FORMATION OF METASTABLE PHASES IN MOLYBDENUM SILICIDE AND ALUMINA POWDERS DURING RF THERMAL PLASMA TREATMENT

机译：在RF热等离子体处理期间在硅化钼和氧化铝粉末中形成亚钼阶段的形成

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This study provides a guideline in phase selection in it plasma spray coating process of molybdenum silicide and alumina. The us flight treatment of powders was carried out in an Ar-H2 RF induction pland, In the plasma-treated molybdenum silicide powders, metastable hexagon,, i structure of (3-MoSi2 is the major phase. Similarly, in the alumina powtku metastable y, 8 and 9-Al2O3 can be the prevailing phases. The reason of ck formation of metastable phase in the plasma process is explained by comparison of the critical free energy for homogeneous nucleation from lkfua 3 droplets.

机译：该研究提供了硅化钼和氧化铝的IT等离子体喷涂过程中的相位选择的指导。在Ar-H2射频诱导膜中进行的美国飞行处理，在血浆处理的钼硅化物粉末中，亚氯六边形，I结构（3-MOSI2是主要相。同样的是，在氧化铝粉末亚稳态中y，8和9-al2O3可以是普遍的相位。通过比较来自Lkfua 3液滴的均匀核切割的临界自由能进行术语，解释了血浆过程中亚稳态的CK形成的原因。

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《International symposium on plasma chemistry》|1997年||共6页
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作者
Takamasa Ishigaki; Xiaobao Fan; Maher I. Boulos;
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中图分类等离子体化学;
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机译：机械合金化和热处理过程中，Ni-Al-Nb和Ni-Al-Me-C（Me = Ti，Nb或V）粉末体系中形成稳定且亚稳态的相
2. Phase characterization and thermal conductivity of carbon alloys obtained by interface reaction between C/C composites and pressed molybdenum silicide [J] . Osamu Yamamoto, Kazuyuki Sugano, Naoto Ohta, 炭素 . 1999,第190期

机译：C / C复合材料与压制钼硅酸盐所获得的碳合金的相表征和热导率
3. Phase characterization and thermal conductivity of carbon alloys obtained by interface reaction between C/C composites and pressed molybdenum silicide [J] . Osamu Yamamoto, Kazuyuki Sugano, Naoto Ohta, 炭素 . 1999,第190期

机译：C / C复合材料与压制钼硅酸盐所获得的碳合金的相表征和热导率
4. FORMATION OF METASTABLE PHASES IN MOLYBDENUM SILICIDE AND ALUMINA POWDERS DURING RF THERMAL PLASMA TREATMENT [C] . Takamasa Ishigaki, Xiaobao Fan, Maher I. Boulos International symposium on plasma chemistry . 1997

机译：在RF热等离子体处理期间在硅化钼和氧化铝粉末中形成亚钼阶段的形成
5. Suspension Plasma Sprayed Alumina-Yttria Stabilized Zirconia Nano-Composite Thermal Barrier Coatings -- Formation and Roles of the Amorphous Phase. [D] . Tarasi, Fariba. 2010

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6. Effect of Saturation Pressure Difference on Metal–Silicide Nanopowder Formation in Thermal Plasma Fabrication [O] . Masaya Shigeta, Takayuki Watanabe 2016

机译：等离子体制备中饱和压力差对金属硅化物纳米粉形成的影响
7. Phase Characterization and Thermal Conductivity of Carbon Alloys Obtained by Interface Reaction between C/C Composites and Pressed Molybdenum Silicide [O] . Osamu Yamamoto, Kazuyuki Sugano, Naoto Ohta, 1999

机译：C / C复合材料与压制钼硅酸盐在C / C复合物之间的界面反应获得的相表征和导热率

FORMATION OF METASTABLE PHASES IN MOLYBDENUM SILICIDE AND ALUMINA POWDERS DURING RF THERMAL PLASMA TREATMENT

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