subcell

The State and Future of the Research on Electromagnetic Media Property and Model of the Subcell in Human Body

人体亚细胞级电磁介质性能及其模型研究的现状及未来

An ordered dither method with the subcell for the self compensating gray error

自补偿灰度误差的带子元有序抖动

Improving the Subcell - FDTD Simulation Accuracy of the Currents in Conducting Thin - Wire

提高亚网格FDTD法对细导线电流的模拟精度

Effects of Exercise on Myocardial Subcell Calcium

运动对心肌亚细胞钙的影响

The Subcell Approach was adopted to measure current distribution in PEMFC with 130 cm 2 metal mesh flow field .

采用子电池方法（SubcellApproach）对质子交换膜燃料电池电流分布进行了测定，采用网状流场，面积为130cm2。

Conclusion Heterogeneity of the radiosensitivity among SGC-7901 and the subcell lines is suggested .

结论SGC-7901细胞系及其克隆亚系对放射的敏感性存在着异质性。

Overlaid / Underlaid Subcell 's Function in Network Optimization

浅谈Overlaid/Underlaid子小区在网络优化中的作用

The changes of subcell structure could be seen , such as cavernous cells , cytoplasm agglutination , increasing apoptosis .

细胞结构显示，细胞空化、染色质凝集、凋亡小体增多。

Objective To study the radiosensitivity of human gastric cancer cell line ( SGC-7901 ) and two subcell lines picked from the line .

目的研究人胃癌细胞系SGC-7901及其克隆亚系的放射敏感性。

In the design , multijunction cells divide the broad solar spectrum into three smaller sections by using three subcell band gaps .

在具体设计中，科学家利用3个带隙亚结构来将太阳光的宽谱分解成3个部分。

Two numerically positive methods , the step characteristic integral method and subcell balance method , for solving radiative transfer equations on quadrilateral grids are presented .

讨论非矩形网格辐射输运方程的数值解法。对任意四边形网格，给出两种分裂网格数值方法：特征线积分和子网格平衡方法。

A modified subcell approach was used to measure the current density distribution of proton exchange membrane fuel cell ( PEMFC ) with straight channels flow field .

本文采用改进的子电池方法测定了直通道流场PEMFC的电流密度分布，研究了气体排放量对电池内部电流密度分布的影响。

【 Objective 】 The objectives of the study were to reveal degradation changes of the uterine tissue during involution period at cell and subcell levels .

【目的】从细胞、亚细胞水平来揭示羊子宫复旧过程中其组织学的变化规律。

Subcell location showed that most of the distinct proteins are in the cytoplasma , the others are mitochondrial proteins and nuclear proteins .

亚细胞定位显示差异蛋白以胞浆蛋白为主，约占46%，其次为核内蛋白和线粒体蛋白。

Each of the subcells can capture a different wavelength range of light , enabling each subcell to efficiently convert that light into electricity .

其中每一个亚结构可以捕获的太阳光波长范围都不一样，这保证了每个亚结构都可以有效的将光转化为电能。

The development of cellular biology have experienced periods of cell level , subcell level and molecule level . The emergence of nanotechnology make it possible to investigate cells in nanometer level . , and as a result , cellular nanobiology appears .

细胞生物学的发展经历了细胞、亚细胞、分子水平等阶段，而纳米技术的出现使得在纳米水平研究细胞成为可能，即出现纳米细胞生物学（cellularnanobiology）。