1.
The Nuclear Core Design of 450MWt Pressurized Water Reactor
45万千瓦(热)压水堆堆芯核设计
2.
Design of test control architecture based on IEEE P1500
基于IEEE P1500芯核测试控制结构设计
3.
Standard IEEE std 1500 Based SOC IP Core Test Design
基于嵌入式芯核测试的IEEE std 1500标准
4.
Study on Test Data Compression for Digital Cores Embedded in System-On-a-Chip;
系统芯片（SOC）内嵌数字芯核的测试数据压缩技术研究
5.
Application of TB protein chip in diagnosis of extrapulmonary tuberculosis
结核蛋白芯片检测诊断肺外结核的临床应用
6.
Embedded MPU IP Core Should be Developed in China
“中国芯”应从嵌入式微处理器IP核开始
7.
Heat Balance Test for Determined Reactor Core Power
计算核反应堆堆芯功率的热平衡试验
8.
Oligonucleotide Microarray for Typing of the Human Papillomavirus;
HPV分型检测寡核苷酸芯片的初步研究
9.
Study on Peptide Nucleic Acid GeneChip Detection System Based on Surface Plasmon Resonance;
肽核酸型SPR基因芯片检测系统的研究
10.
Research on PCI IP and PCI Related ASIC Design Techniques;
PCI IP核及PCI接口芯片设计技术的研究
11.
The Hierachical Physical Design Based on QX Multi-core Chip
基于QX多核芯片的层次化物理设计
12.
Single-chip Multi-core Double 2-vote-2 Fault Saftey Architecture Based on FPGA
FPGA单芯片四核二乘二取二的安全系统
13.
Design and performance evaluation of an 8 core NoC prototype
8核NoC原型芯片设计与应用性能评估
14.
IP soft core design of EPON client dedicated chip
EPON用户端专用芯片IP软核设计
15.
The verification and test of the chip in broadband circuit-switch
宽带电路交换核心芯片的验证与测试
16.
Design of a Refueler Coder IC Based on IP Core
基于IP核的加油机编码器芯片设计
17.
The new chips will not have four cores on a single slice of silicon, but instead consist of two dual-core chips stuck together.
新的芯片将不会在单个硅片上安装四个内核，而是包含两个了2个组合在一起的双核芯片。
18.
Objective To prepare microarray for detection of yellow fever virus( YFV).
目的制备黄热病病毒寡核苷酸检测芯片。