脆性往往是合金化的一种结果。
这是作为脆性材料的结果正常。
含硫过多的铁和钢都是热脆性的。
探讨了脆性岩石动态损伤演化规律；
给出了系统脆性传播的模式。
本文探讨了脆性破坏岩石的强度准则。
The strength criteria of rock fragile fracture are discussed.
脆性这个性质与韧性相反。
用处：操纵于破裂各类脆性材料的矿物。
Use:Hammer type beaker use in each kind of brittle material mineral.
系统脆性源的求取方法。
硬的材料通常是脆性的。
系统的脆性分析的关键是要建立脆性模型。
The key of analysis of the brittleness of system is to build the brittle model.
但也存在脆性大、易氧化、工艺性差等缺点。
But there are also brittle, easily oxidized, technology shortcomings and poor.
再次，建立了复杂系统脆性研究的理论基础。
Thirdly, theoretical basis of complex system brittleness has been set up.
钻杆接头的各种纵向开裂属于低应力脆性断裂。
Longitudinal crack of drill pipe box joint is brittle fracture at low stress.
将复杂系统脆性理论应用于分析煤矿事故系统。
Brittleness theories of complex system are applied to analyze the coal mine accident system.
与此同时，渗层仍保持了较高的硬度和低的脆性。
Meanwhile, the layer still has high hardness and low brittleness.
因此，辊子表面有极高的硬度、脆性及热不稳定性。
Therefore, the roll surface is extremely hard and brittle and it is thermally unstable.
砖是脆性材料。
经过对材料的分析试验，发现其具有高温回火脆性。
The results show that ZGMn13 steel has low temperature brittleness.
陶瓷作为刀具材料的最大弱点是断裂韧性低，脆性大。
Most weak point of the ceramics tool is break, low toughness, high brittleness.
通过热处理试验对t 23钢的回火脆性进行了研究。
The temper brittleness of T23 steel was studied through heat treatment experiment.
对岩土材料的脆性破坏过程进行正确描述是很困难的。
How to describe the brittle failure process for geomaterials is a challenging problem.
但同时也存在粘接强度不高、脆性大、耐热性差等缺点。
But there are also some disadvantages of low adhesive strength, brittleness, heat resistance.
对单晶硅脆性材料的超精密磨削加工作了大量的实验研究。
In this paper, the experimental investigation is made on the grinding of single brittle materials.
但是其高温脆性大，加工成型困难，至今得不到工业应用。
But its brittleness at high temperature and hard to machine limited its applications so far.
研究裂纹技术应用于分离脆性块体的分离理论和分离方法。
The severing theory and severing method for brittle block are studied.
所得结果对改善白口铁脆性扩大其应用具有重要的指导意义。
The results obtained can spread the application of the hot-deformed white cast iron.
磨损机理为切削磨损和脆性相断裂，其中切削磨损为主要磨损机理。
Wear mechanisms are cutting wear and brittle phase rupture. Cutting wear is main wear mechanism.
磨损机理为切削磨损和脆性相断裂，其中切削磨损为主要磨损机理。
Wear mechanisms are cutting wear and brittle phase rupture. Cutting wear is main wear mechanism.
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