芯体结构,core construction
1)core construction芯体结构
1.For maintenance conventience and to reduce effecton coal mine production,the core construction of the feeder switch of 400A is improved Now,make a comparision and analysis between the former and the latter.对400A馈电开关的芯体结构进行了改进。
2)winded core structure卷绕式芯体结构
3)integrated cellular structure整体夹芯结构
4)chip architecture芯片体系结构
英文短句/例句

1.Research on Architecture and Protocol Implementation of ASIC on HFC Terminal Equipment;HFC终端设备中的ASIC芯片体系结构研究及协议实现
2.A Brief Study on the Systematical Structure and Pivotal Techniques of a Micro-INS Integrated Navigation微惯性组合导航芯片体系结构及其关键技术研究
3.Research on Multi-core Architecture and Prototype Implementation Technology of Multi-Processor System-on-Chip and Network-on-chip;MPSoC-NoC多核体系结构及原型芯片实现技术研究
4.Modeling of Network Processor Architecture and Design of Prototype Chip;网络处理器的体系结构建模及芯片原型设计
5.Construction of Regulatory Network of Tumor Genes by Combing Information of Microarray and Gene Ontology结合GO体系信息与芯片数据构建肿瘤特征基因网络
6.Research on Performance Estimation of SoC On-Chip Bus;系统芯片中片上总线结构的性能评价研究
7.Architecture of Design-For-Testability and Its Optimization for System-On-Chip;系统级芯片(SoC)可测试性结构及其优化的研究
8.On the Constructor of Tag digital circuit system浅析电子标签芯片数字电路系统的结构
9.Study on Lightweight RC Multi-rib Sandwich Slab Structures轻质密肋钢筋混凝土夹芯板结构体系的研究
10.A Clustering Algorithm According to Sequence,Structure and Microarray Data;基于序列、结构和芯片数据的聚类算法
11.Study on Micro-Fluidic Electrophoresis Chip and UV Absorption Detection System;微流体电泳芯片紫外/可见吸收检测系统的构建及应用研究
12.Analysis on the Dew and Condensation of Wall Body in a Chip Factory in Dalian大连某芯片工厂墙体结露与冷凝分析
13.The reorganizable configuration system design of FPGAFPGA芯片内部可重构配置系统设计
14.Efficient Network on Chip Architecture: Router Inside the Core;高效的片上网络体系结构:核内路由
15.Research of Communication Architecture in SoC DesignSoC设计中的片上通信体系结构研究
16.A Study of On-Chip Non-Uniform Cache Architectures片上非一致Cache体系结构研究
17.Application of Non-Framework RC Multi-Rib Sandwich Slab Structures;无骨架密肋钢筋混凝土夹芯板建筑结构体系的应用研究
18.Experimental Research on the Shear Strength of the Concrete Sandwich Slabs and the Analysis on the Concrete Slab Structural Building System;混凝土夹芯板(CS板)抗剪性能的试验研究及板式结构体系分析
相关短句/例句

winded core structure卷绕式芯体结构
3)integrated cellular structure整体夹芯结构
4)chip architecture芯片体系结构
5)sandwich structure夹芯结构
1.For improving the interface's associative intensity of composite sandwich structure,we prepare a new composite sandwich with the compound core of composite pillar and foam plastic.为了改善复合材料夹芯结构中芯材与面板界面结合强度,研制了一种新型夹芯结构,即复合材料柱/泡沫塑料复合芯材夹芯结构。
2.type piezoelectric composites using thickness shear mode (PCMTS) were selected as the cores of the sandwich structure, which can generate the thickness shear deformation and actuate the sandwich structure to give rise to the desired transverse deflection.提出了利用厚度剪切压电效应的压电复合材料(PCMTS)作为夹芯结构芯材的新型驱动方式,分析了PCMTS的驱动原理。
3.Microwave-absorbing composite sandwich structures have been widely used because of its light weight,high strength as well as perfect property of electromagnetic wave absorption.夹芯结构吸波复合材料因其质轻、强度高,又能较好地吸收电磁波而广泛应用于飞机的机翼、尾翼和机身等部位。
6)skin-core structure皮芯结构
1.The cross section morphology and skin-core structure of PAN fiber in wet-spinning are analyzed by the means of electron probe microanalyser (EPMA) and scanning electron microscope (SEM).利用电子探针、扫描电镜研究了聚丙烯腈在湿法纺丝工艺中的横截面形貌与皮芯结构。
2.The results indicated that the soybean protein fibers have skin-core structure and fibril structure.通过扫描电镜、光学显微镜等方法对大豆蛋白/PVA复合纤维的微细结构做了分析和比较,结果表明,大豆蛋白/PVA复合纤维有比较明显的皮芯结构,皮层厚度约为1。
3.The formation of gel network and skin-core structure was researched during the preoxidation and carbonization stages depending on using the transmission electron microscope(TEM).为了研究聚丙烯腈纤维各级超分子结构形态及结晶的微观形态 ,弄清楚制备碳纤维的过程与所得到纤维结构和性能的关系 ,用透射电子显微镜分析了凝胶网络和皮芯结构的形成及预氧化和炭化过程中纤维结构的演变历程。
延伸阅读

Z8612热芯盒射芯机操作规程1、遵守铸造设备通用操作规程。2、工作前还必须遵守:a、 检查设备上行程开关和碰块的位置是否正确,如不正确,必须调整。b、 接通电源,打开压缩空气伐门,先用手动方法,对各机构逐进行点动试车,然后用自动方法,进行一个循环试车,确认一切正常后,方可进行生产。3、工作中还必须遵守:a、 在设备开动后,一个循环未完成时,不许中途调整电器,以免发生误动作,造成设备人身事故;b、 设备的每一个循环后,必须用喷咀清除芯盒上残存的砂子,并喷涂分型剂;c、 在未切断电源和所气源前,不准将手伸入芯盒和夹紧器之间的空隙处,或把手放在导轨上,以免发生人身事故。d、 一般不准空射,如必须空射,一定要把压缩空气伐门关小;e、 如果用手操作,不准同时操作两个电器开关。4、工作后还必须遵守:a、 操纵各个电器开关,使设备各机构恢复到原始位置,然后切断电源和气源;b、 折下射砂头,清理积砂和粘砂;c、 清除排气塞内的粘砂;d、 取下射砂筒,清除缝隙中的粘砂,最后用石蜡涂擦内壁,但不要将缝隙堵塞;e、 清除闸板上的积砂,并在闸板上涂石墨粉,以减少磨擦;f、 清除导轨和导杆上的积灰和积砂,并涂上一层润滑油。