Existence of the FPZ (Fracture Process Zone) ahead of crack tip is proposed as the reason for underestimating interface toughness.
裂纹尖端前的断裂作用区域的存在被认为是以上方法估计不足的原因。
FPZ fluorescence showed that the cellular calmodulin distributions were less than that of control after treatment of calmodulin antagonists.
利用FPZ作为荧光染色剂发现，经过钙调素拮抗剂处理的藻体有较低的钙调素分布。
The cracking mechanism based on non linear fracture model for rock concrete materials is proposed and micro mechanical model for fracture process zone (FPZ) established.
提出了一种描述岩石、混凝土类材料断裂损伤过程区的细观力学模型，用于分析材料的非线性断裂的微观机理。
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