core CORE =Congress of Racial Equality 〔美国〕争取种族平等大会。 n. 1.果心。 2.(事物、问题等的)中心,核心;精髓。 3.(地球的)地核;【地质学;地理学】岩心;【铸】型心;【建筑】衬心;【电学】(线)心,心线;(计算机的)磁心;(原子反应堆的)堆芯,活性区;(燃料元件)芯体。 4.(羊内脏中的)种瘤。 5.〔美国〕(各专业学生共修的)基础课。 throw away the apple because of the core 因噎废食。 to the core 到心,彻底(rotten to the core 透心腐烂;坏入骨髓,糟糕透顶。 English to the core道地的英国人)。 vt. 挖去…的果心。
Test wrapper design for ip - core test reuse 核测试复用的测试环设计
Stil . standard test interface language for digital test vector data - core test language 数字检测矢量数据的标准测试接口语言
Core testing circuit 磁心开关电路
Inspection core test 土芯检视
Soil : investigation and testing - auscultation of foundation elements - part 1 : sonic core test 土壤:调查和试验.基本元素听诊法.第1部分:声芯试验
In this paper , we investigate the problem of soc test and introduce embedded core test international standard ieee p1500 本文对soc的测试问题进行了初步研究,并介绍了嵌入式核测试标准ieeep1500 。
Core test was studied to prove the technical possibility of the polymer gel cooperated with microbial enhanced oil recovery 并进行了大直径长管填砂岩心驱替试验,结果表明,调驱联作技术能够明显地提高岩心采收率。
In the last part , some core test bench of dsp applications are implemented on the dpc with our multi - level memory system and on the c64 platform respectively 本文给出了设置scratch - padsram之后的数据分配方法,并测试证实了scratch - padsram对性能的提高影响明显。
The domestic artificial map cracking ( cavity ) core is first presented , which is accordant with prerequisites similar to the real permeability and the percolation spatial configuration of the reservoir , and successfully applied to the long - core test under the conditions of high pressure , high temperature , high salinity and high viscosity available 在国内首次人工制造出了同时符合油藏储渗层渗流空间形态要求和渗透率要求的网状裂缝(洞)岩心,并在四高,即压力高、温度高、矿化度高、粘度高的模拟油藏实际条件下成功应用人工制造网状缝岩心完成了轮古地区长岩心驱替实验。
Nowadays , the ways to detect the piles are various , and all of them are limited in some aspects . for instance , coring test do large scathe on the piles , and static load test will waste much time , money and energy , while some ways are hard to operate as the limitation of the length and the diameter of the piles , and the special condition on the spots , such as high - strain , low - strain , and so on . furthermore , the result can only be gained under the complex analysis of the collected wave , and under the validation of the coring test 目前,工程中常用的桩基检测方法很多,但都存在着一些弊端:有的对桩破坏性严重,例如抽芯检测;有的耗时、耗财、耗力,例如静载荷试验;还有的如低应变、高应变等检测技术由于受到桩长、桩径以及现场一些特殊情况的限制,操作很不方便,而且采集到的波形要经过比较复杂的处理分析方能得出结论,而这个结论却还要辅助取芯手段加以验证。