自装配

基于毛细管力流体自装配系统的建模与仿真

Modeling and Simulation of Fluidic Self-Assembly ( FSA ) System Using Capillary Forces

毛细管的或关于毛细管的.基于毛细管力流体自装配系统的建模与仿真

Of or relating to the capillaries . Modeling and Simulation of Fluidic Self-Assembly ( FSA ) System Using Capillary Forces

DNA线性自装配及其平衡理论研究

DNA Linear Self - Assembly and the Theory of Its Equilibrium

算术运算的DNA自装配模型

Arithmetical Computation Via Self - Assembly of DNA

本文建立了在人工神经网络中实现简单的线性分类功能的、感知机的DNA计算的自装配模型，该模型并行地实现了神经网络的学习过程，充分利用了DNA计算极度并行的特点。

In this paper , we develop a DNA_based model to realize linear classifying function of perceptron in neural network . This model completes parallel learning courses of neural network and uses the utmost parallel feature of DNA computing adequately .

自装配技术在物理、生物化学、MEMS以及纳米制造等领域得到了广泛应用，对该领域的研究显示出重要的应用前景和重大的理论价值，成为一个充满生机活力的热点。

The self-assembly technology is widely applied to physics , biochemistry , MEMS and nano-manufacturing fields etc. , and the researches in those fields show important application prospect and theoretical significance , which becomes a vital research hotspot .

微观作用力驱动的纳米颗粒自装配技术

Self-assembly technology of nano-particle driven by the micro force

载药纳米颗粒与血管支架自装配机理和方法

Mechanism and method of drug-loading nano-particles and stent self-assembly

自装配系统在平衡时真正达到的关于状态的概率分布构成了S的子流形A。

When a equilibrium is reached , there is a probability distribution of the states .

基因重组自装配多肽支架促进神经元轴突生长

The effect of self-assembled nanofiber scaffold by gene recombination on axon growth of the neurons

微型器件的自装配技术

Self-assembly technology of microdevices

将自装配技术用于微电子封装之中，可有效提高技术的先进性，顺应现代社会高端电子产品的需求。

Using self-assembly in microelectronic packaging technology , huge advantage can be gained to satisfy the market requirements of sophisticated electronic devices .

微灌等量出流毛管管径遗传算法优化设计基于毛细管力流体自装配系统的建模与仿真

Genetic Algorithms Optimum Design of Micro-irrigation Uniform-water-discharge Laterals Diameter Modeling and Simulation of Fluidic Self-Assembly ( FSA ) System Using Capillary Forces

建立了一种计算模型，用于计算基于毛细管力流体自装配系统表面自由能。

A purely geometric model is built to calculate the difference in surface free energy of fluidic self-assembly system using the capillary forces .

本文设计并实现了一套可自装配的移动传感器网络系统，并且提出了一种系统自装配的方法。

In this paper , a mobile sensor network system is designed and implemented . A self-assembly method of the mobile nodes is presented .

移动传感网络系统的自装配功能实现了对系统形态上的控制，提高了系统对环境的适应能力。

Morphology of the mobile sensor network can be controlled by self-assembly , and the adaptability of the system to the environment is therefore improved .

自聚焦透镜装配误差对光信号耦合效率的影响

Effect of GRIN Lens Misalignment on Coupling Efficiency of Optical Signals

旋转连接器内信号传输过程中，自聚焦透镜装配误差将引起信号传输系统额外耦合损耗。

During signal transmission of optical rotary joint , the excess loss of signal coupling system is due to misalignment of GRIN lens .

指出了传统的自底向上装配体设计的缺点，并提出自顶向下装配体设计与运动仿真相结合的产品设计方法。

The defects of conventional down-top assembly design were brought forward , and the product design method of top-down assembly design combined motion simulation was proposed .

通过自聚焦透镜和光电探测器耦合系统，研究、测试了自聚焦透镜装配引起的轴向距离、角度偏差和离轴偏差对信号传输系统耦合效率的影响。

The effect of GRIN lend misalignment , end separation , lateral displacement and angular misalignment on coupling efficiency of optical signal transmitting system is tested and investigated by coupling between the GRIN lens and detector .