1) brittle relationship
脆性关联
1.
The theory of brittleness is applied to analyze brittle relation between accident and mining production system,and the brittle relationship analysis model is constructed from four aspects of human,machine,environment and operation management.
从人、机、环境及运作管理等子系统出发,以矿山灾害事故与各子系统的脆性联系为着眼点,建立了矿山事故脆性关联分析模型,并根据矿山生产的特点,提出了相应的脆性因子。
2) brittle link entropy
脆性联系嫡
3) brittleness link entropy
脆性联系熵
1.
Due to the complex system brittleness theory and the brittleness link entropy method,the correlativity of the whole lifeline system was estimated and evaluated by using the system integrate brittleness link entropy and the vulnerability of the whole lifeline system was quantized through judging the interacting relationship among the sub-systems.
根据复杂系统脆性理论的思想和脆性联系熵的方法,提出了用系统综合脆性联系熵来反映和评价生命线系统整体的关联特性,并通过判断各子系统间的相互影响关系,量化了生命线系统整体的易损性。
4) Brittle Relation Graph
脆性关系图
1.
Based on the brittle relation graph,the brittle sources subsystems induce the complex system to collapse are obtained and they are used to construct the brittle trees.
基于脆性关系图获得引起复杂系统崩溃的脆性源子系统,并以此构造相应的脆性树,进而根据该脆性树中各子系统之间的传播概率以及根子系统受外界干扰而崩溃的概率得出各脆性源子系统的脆性度,据此对各脆性源进行等级区分,以利于对复杂系统进行有效的控制。
5) fragile histidine triad(FHIT)
脆性组胺三联体
1.
Objective To investigate the expression of fragile histidine triad(FHIT)protein and proliferating cell nuclear antigen(PCNA)protein in cervical smears,and the clinical diagnostic significance in precancerous cervical lesions.
目的研究脆性组胺三联体(fragile histidine triad,FHIT)蛋白和增殖细胞核抗原(proliferating cell nuclear antigen,PCNA)蛋白在宫颈涂片中的表达及在宫颈癌前病变诊断中的意义。
6) correlation
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关联性
1.
Querying Correlation between Surgery of Change Face and Barriers of Identification-Analysis and Restoration of Sociology;
质疑“换脸手术与身份认同障碍的关联性”——社会学的分析与还原
2.
An empirical study on executive pay-performance correlation;
经理人报酬业绩关联性实证研究
3.
A Study on Correlation Between the Results of Bench-testing and Road-testing for Rolling Resistance of Tires;
台试与路试轮胎滚动阻力关联性研究
补充资料:冲击脆性试验
分子式:
CAS号:
性质:在一定温度下对固定的试片给予一定的冲击,以观察试片破坏或龟裂等异状的试验,是评价材料抵抗冲击能力或判定材料脆性或韧性的重要试验方法。常见的冲击试验有摆锤式、落球式和高速拉伸冲击试验等。高分子材料的抗冲击性受温度、湿度、冲击速度、几何形状、材料历史以及应力方式等诸多因素的影响。
CAS号:
性质:在一定温度下对固定的试片给予一定的冲击,以观察试片破坏或龟裂等异状的试验,是评价材料抵抗冲击能力或判定材料脆性或韧性的重要试验方法。常见的冲击试验有摆锤式、落球式和高速拉伸冲击试验等。高分子材料的抗冲击性受温度、湿度、冲击速度、几何形状、材料历史以及应力方式等诸多因素的影响。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条