| 1. | A novel on - chip communication data channel architecture used in usb 2
0的新型片上通信数据通道结构 |
| 2. | Mca micro channel architecture
微通道结构 |
| 3. | By analyzing and comparing the state of electrons emitted from the exit of chunnel among the four structures , an optimal structure is obtained
通过分析和比较电子在通道出口处的状态，得到了一种理想的通道结构。 |
| 4. | In the optimized structure , a very small magnetic field is needed to make most of electrons pass through the slow wave line
通过分析4种不同的结构，在所得到的一种理想的通道结构中，需要较小的磁场就能使得电子在慢波线中的通过率较高。 |
| 5. | T o m a ke th e regulator have high ope rating reliable , the design adopts two - channel architecture i . e . it is consist of two c o m p letely identical and independent channels
从可靠性的角度考虑，调节器采用了双通道结构即由两个硬件完全相同而又相互独立的通道组成。 |
| 6. | Colicin ia belongs to the family of bactericidal proteins , the channel - forming domain of which can form lethal ion channel in the membrane of escherichia coli and related strains such as shigella sonnei
大肠菌素ia是可形成离子通道的一种细菌素，其通道结构域( d451 ? i626 )能在同种异株的大肠杆菌内膜上形成致死性离子通道。 |
| 7. | The discovery history of water channels in cell membranes , the structural and mechanistic studies of ion channels are discussed . the discoveries are of great importance to medicine
摘要细胞膜水通道的发现，以及离子通道结构和机理的研究构成了2003年诺贝尔化学奖的主要内容。文章探索了这些发现的研究过程以及它们对医学研究的重要性。 |
| 8. | A study about the effect of combustion chamber passage configuration on air plow field is performed in a compression ignition natural gas engine with a separated combustion chamber using multi - dimensional computational fluid dynamics ( cfd ) code
摘要以分隔室式天然气发动机为研究对象，利用cfd多维数值模拟计算软件，研究了燃烧室通道结构参数对压燃式天然气发动机缸内气流运动的影响。 |
| 9. | On the base of above . aiming at a practice system . applying target function , optimize design capacity . calculated each performance parameters , evaluated system capacity . at last , concluded that the method have great value in practice
在上述基础上，针对一个通道结构己经确定的实际系统，应用前述目标函数进行了最优化的容量设计，并计算了各个性能参数，在此基础上对所设计的系统容量进行了评价。 |
| 10. | Microluidics system is the key part in the lab - on - a - chip , which has important application in the booming micro total analysis system . it uses microchannels as transporting the sample , which saves time and reduce the material waste , lowered environment pollution
微流控系统作为芯片实验室中的一个关键组成部分在目前蓬勃发展的微全分析系统中有着及其重要的应用,其采用微通道结构进行样品的输送,节省了时间、减少材料浪费、降低了环境污染。 |
