reaction matrix

Reaction Interface of TP-650 Titanium Matrix Composite

TP-650钛基复合材料中的界面

Quantum Chemistry Research of Pyrolysis Mechanism of Carbon Matrix Precursor ─ Reaction energy change, orbital energy and relative stability

碳前驱体热解机理的理论研究&反应能量、自由基的轨道能级及相对稳定性

Due to its weak reaction and metallurgical bonding between particles and matrix, the mechanical properties of the in situ synthesized PTMCs are improved obviously.

原位合成工艺制备的PTMCs避免了界面反应，界面清洁、结合强度高，可以明显提高PTMCs的力学性能。

Reaction Kinetics of HF and Quarz Sand During Sandstone Matrix Acidizing

砂岩基质酸化中HF与石英的反应动力学

Based on the crosslinked polystyrene-polyacrylonitrile IPN matrix, the amidoxime groupmatrix through chemical reaction.

以交联聚苯乙烯 - 聚丙烯腈树脂为骨架, 经功能基化反应制备出含偕胺肟基团的互贯型螯合树脂.

A study of interfacial reaction in resin-matrix composites using infrared substraction spectrometry

红外差示光谱法在复合材料界面反应研究中的应用

This paper has studied the surface reaction of iron-based matrix materials during different temperature hot pressed.

工作发现铁基胎体材料对金刚石的粘结性能与表面反应产物的形态和分布密切相关.

Reaction of silane coupling agents/ sio_2 interface with epoxy matrix

硅烷偶联剂/SiO2与环氧树脂基体的界面反应

Mechanical milling, mixed salt reaction, self-propagating high-temperature synthesis, reactive infiltration process, solid-liquid reaction and in-situ solid reaction, and other several kinds of in-situ reaction synthesizing technologies for fabricating magnesium matrix composite are described with special reference given to their fundamental mechanisms and features.

着重介绍了机械合金化法、混合盐反应法、自蔓延高温合成法、反应浸渗法、固液反应法和原位固态反应法等镁基复合材料的制备方法及其原理与特点。

The results indicated that bonding between the ceramic particles and matrix was reaction bonding.

结果表明，陶瓷颗粒与基体之间的结合为反应结合；

The lower temperature of powder hot pressing process restricted or reduced the reaction between the quasicrystalline particle and metal matrix. Except the reaction product of quasicrystalline approximant Al_ 13 Fe_4, there was the oxidation of MgAl_2O_4 on Al_ 63 Cu_ 25 Fe_ 12 particle edge.

粉末热压复合过程中的较低温度限制或减缓了准晶颗粒与基体金属之间的反应，反应层的反应产物除了准晶类似相Al13Fe4外，还存在一定的MgAl2O4氧化物。