可加工性

CE环境下基于实例的零件设计可加工性评价

Machinability Evaluation of Part Design Based on Cases under CE Environment

900℃烧结2h制备的玻璃陶瓷具有良好的可加工性和较高的强度。

The glass-ceramics sintered at 900 ℃ for 2 h demonstrate good machinability and can be turned , drilled and tapped .

可加工性BN/Al2O3陶瓷基复合材料的制备

Fabrication of machinable BN / Al_2O_3 ceramic composites

Al-Si钎料因具有良好的润湿性、流动性、钎焊接头的抗腐蚀性和可加工性，应用非常广泛，但其熔点较高，很难用于低熔点铝合金的钎焊。Al-Si基钎料的液体轧制

The Liquid Rolling of Al-Si Based Brazing Filler Alloys

本文采用放电等离子烧结技术（SPS）制备Si3N4/BN复相陶瓷，在极大提高烧结效率的同时，保持可加工性，提高力学性能。

In this article we use spark plasma sintering ( SPS ) to process Si_3N_4 / BN ceramic composites .

如聚乙炔、聚亚苯基乙烯（PPV）及其衍生物，其缺点是缺乏良好的可加工性和持久的光稳定性。

Polyacetylene , poly ( phenylene vinylene ), and their derivatives are typically lacking a desired processability and longterm photostability .

聚合物/无机纳米粒子杂化结构体一方面赋予了纳米粒子很好的胶体稳定性、可加工性、生物相容性以及环境（温度、pH等）响应性，另一方面又保留着纳米粒子独特的物理化学性能。

The hybrid structures could not only endow inorganic nanoparticles with stability , processability , biocompatibility , and environmental responsibility ( temperature , pH , ect . ), but also retain unique physical and chemical properties of nanocrystals .

通过往ZrO2多孔陶瓷浸渗LaPO4液态先驱液制备了具有可加工性的YTZP/LaPO4复相陶瓷。

A machinable Y TZP / LaPO 4 composite ceramic was prepared by infiltrating LaPO 4 liquid precursor into Y TZP porous ceramic .

引入非共轭片段PS缩短了PPV共轭链的长度，改善了聚合物的溶解性和可加工性。

The introduction of flexible segment PS in the PPV type of polymer leads to the interruption of conjugation , which shortens the effective conjugated length and improves their solubility and processibility for LED devices .

Fe-Mn-Si系形状记忆合金因其很好的可加工性和低廉的价格而备受关注。

Fe-Mn-Si based shape memory alloys have attracted much attention recently due to their low price , excellent workability , and good prospect of application .

Li2O-Al2O3-SiO2系微晶玻璃具有较低的热膨胀系数和良好的可加工性，作为一类较好的斜波发生器材料，在准等熵压缩方面具有特殊的应用价值和研究意义。

As a kind of material of ramp-wave generator , Li2O-Al2O3-SiO2 system glass-ceramic has very important application in quasi-isentropic compression due to a low coefficient of thermal expansion and fine processing .

本文用与PVC共混的方法，研究了CPEgVC作为PVC改性剂的力学性能及加工条件的关系，考察了CPEgVC共混物的转矩流变行为、毛细管流变行为和可加工性。

Studies of the relation between the mechanical properties and processing conditions of CPE g VC , which was used as a modifier for PVC , were made by PVC blending , the torque and capillary theological behavior and processability of CPE g VC copolymer were investigated .

新研制塑料模具钢可加工性研究

Study of the machinability of the new-developed plastic die steels

所提出的陶瓷材料的可加工性评价方法，易于运用计算机来处理，是一种简单、方便的评价方法。

Moreover , the method is easily and conveniently calculated with computer .

结构陶瓷电火花可加工性的模型化预测

The prediction of the machinability of structural ceramics by EDM

复杂曲面零件可加工性分析的多属性评价算法研究

An Approach to Multi-attribute Evaluation in Machinability Analysis for Complicated Surface Parts

基于模型的推理技术在汽车覆盖件冲压可加工性分析中的应用

Research on Model-Based Reasoning Method for Stamping Manufacturability Analysis of Automotive Panel

掺杂态聚苯胺的溶解性和可加工性

Solubility and Processability of Polyaniline in the Doped State

材料可加工性的等进给力试验方法研究

Study on constant feed force test method for machinability

制造资源有限情况下产品可加工性定量评价方法研究

Quantitative Evaluation of Product Machinability under Limited Manufacturing Resources

采用有向图法评价陶瓷材料的可加工性

Digraph Method for Machinability Evaluation of Ceramic Materials

可加工性强，尤其适合空间较小、装条件有限的车型。

High machinability , particularly suitable for vehicles with small space and limited assembling conditions .

通过外加助剂的方法改善淀粉可加工性，是比较经济的方法。

It is a better method for adding accessory ingredient to improve the processability of starch .

纳米-纳米复合材料具有可加工性和超塑性等新功能。

The new functions such as machinability and superplasticity were observed for the nano / nano composites .

进行了闭式叶盘通道可加工性分析，给出了通道加工区域划分方法；

First , this article analyzes the machinability of blisk channel and proposes the channel region division method .

被加工表面的粗糙度与45钢相近；原位TiCp/Fe复合材料的可加工性与45薛钢相似。

The machining quality of TiCp / Fe in situ composite is similar to that 45 # steel .

基于这些理论设计的原型系统为虚拟产品的可加工性分析和评价提供了分析手段。

The prototype system based on these theories provides tools for analyses and evaluation of virtual part machinability .

用45钢与原位TiCp/Fe复合材料进行对比，以说明其可加工性。

TiCP / Fe in situ composite is contrasted with 45 # steel to explain machining quality of which .

作为材料设计与机械加工之间的连接纽带，材料的可加工性是研究陶瓷材料加工工艺性的基础性核心技术。

Machinability evaluation , the connection between material design and mechanical processing , is the key of machining technology .

因此，皱曲的预测和控制是型材构件可加工性的关键问题。

Therefore , the prediction and control of the wrinkling is the key issues of the frame member workability .