matrix hardness的例句大全

By statistical analysis, the relationship between the matrix hardness of the high pearlite-containing nodular iron and its nodularity and pearlite content was investigated.

通过统计分析，研究了高珠光体含量球铁的基体硬度与球化率和珠光体含量的关系。

Between copper and titanium on the complex interface occurred the atomic inter-diffusion, with the result that the matrix organization and hardness changed, and the compound layer of TiCu was formed on the copper/ titanium interface.

铜、钛复合界面上的原子间发生了互扩散，致使基体组织、硬度发生改变，在铜、钛界面上形成了化合物层TiCu。

It is shown that the microstructures can be divided into recrystallized layer, fine-grained layer, deformed layer and normal matrix from the interface into interior, and the hardness of ferrite and pearlite in fine-grained layer is the highest.

结果表明，从界面到靶板内部其显微组织可分为：再结晶层，细晶层，形变层及基体组织。细晶层中的铁素体和珠光体的硬度最高。

Strengthened effect of Fe matrix Al 2O 3p composite has been checked by hardness inspect, tensile examination and abrasion test.

采用硬度、拉伸和磨损等试验手段，检测了Fe－Al2O3p复合材料的强化效果；

It has high strength and hardness owing to the precipitation of fine vanadium carbides in austenite matrix, so it is a non-magnetic high strength steel of high manganese-vanadium series.

此钢采用析出硬化机理，由于V的碳化物在奥氏体基体中弥散地析出，可以得到高的硬度、高的强度，所以是一种高锰-钒系高强度的无磁钢。

Among them, the dark gray or black block has a higher hardness value, hardness of white matrix phase is lower.

其中，深灰色或黑色块状相显微硬度值较高，白色基体相显微硬度较低。

the microstructure, hardness of rapidly solidified zn-al powder coating on surface of magnesium alloy by cold spray method as well as the bonding strength between the coating and the matrix were investigated, and only the bonding between the coating and the matrix were understood.

对镁合金表面冷喷涂快凝Zn-Al合金粉末工艺进行了研究，观察了涂层微观组织，并分析了涂层与基体之间的结合，测定了涂层的硬度和涂层与基体的结合强度。

Methods: Good matrix was screened by examining the weight difference, melting time, appearance, hardness, etc.

方法：通过检查基质重量差异、融变时限、外观、硬度等指标，优选较好的基质。

In this paper The hardness of grey iron is related to the amount and fineness of pearlite in the matrix, and is effected to a great extent by the amount of primary austenite and its eutectoid structure.

结果表明，灰铸铁的硬度不仅与基体中珠光体的含量和细化程度有关，而且在很大程度上还取决于铸铁结晶过程中初生奥氏体量及其共析转变的结果。