仿生技术

仿生技术为Agent的研究提供了好的思路，越来越多的仿生技术被应用到Agent中。

Bionic technology has given a good idea to the research on Agent .

关于高新技术中的仿生技术几个问题的研究

On several problems of the bionic technology of high-tech

基于荷花效应的MEMS功能表面仿生技术

Research on Bionic Functional Surface of MEMS Based on Lotus Effect

以人工免疫系统（AIS）为代表的遗传计算模式是当代仿生技术的一个突破。

The genetic computing model represented by Artificial Immune System ( AIS ) is a big break in morden bionics science .

为了改善叠层复合材料方板孔周应力分布，采用一种无梯度仿生技术固定网格渐进优化方法，建立了等限制Tsai-Hill准则即使孔周的限制Tsai-Hill值更加均匀，来求解切孔形状优化问题。

The stress distribution around interior cutouts in square laminated composite panels was optimized using a non-gradient biomimetic fixed grid evolutionary structural optimization method to achieve the most uniform Tsai-Hill factor , which provides an effective means for shape optimization of cutouts in laminated composite panels .

仿生技术特别是生物化学及基因工程是未来纤维发展重要技术手段。

Bionics technology especially biochemistry and gene engineering are very important technical means .

用无梯度仿生技术对叠层复合材料方板开孔形状优化

Shape optimization of interior cutouts in square laminated composite panels using non-gradient biomimetic technique

基于仿生技术的鱼雷推进问题探讨

Discussion about Torpedo Propulsion Based on Bionic Technology

用半实物仿生技术探索昆虫飞行路径的规律

Exploring Insect Flying Rout by Bionics Introductory

分子电子技术是以分子作为载体，在分子水平上实现电子学的信息处理和存储过程的仿生技术。

Molecular electronic technique is a newly developed bionic technology on the basis of molecular electronics in 1970 's.

并对仿生技术在纺织领域的应用如仿生染色、仿生织造、仿生服装等方面进行了论述。

Some Bionic technical applications to Textile such as Bionics dyeing , weaving and so on were elaborated .

随着仿生技术和机器人技术日渐成熟，仿下颌运动机器人逐渐向着拟人化程度更高的方向发展。

With the maturing of bionics and robotics , a jaw movement robot tends to be further anthropomorphic .

在水下仿生技术研究方面，目前众多的研究都集中于尾鳍的运动和鱼体的运动。

In recent years , many studies have focused on the fish fin motion as an oscillating foil for propulsion .

随着近年来仿生技术的发展，人们已经开始探索制造仿蜻蜓的微型飞行器。

Along with biomimetic technical development in recent years , people have already started to investigate the micro-aircraft which imitates dragonfly .

简述了生物技术和仿生技术在生物动力机系统开发中的基础作用；

The essential function of the biological technology and bionic technology in the development of the biological engine is described in brief .

在此基础上提出了今后值得关注的研究方向，如减摩抗磨技术、制造过程摩擦学、生态摩擦学、仿生技术与生物摩擦学等。

Several promising research fields are suggested accordingly , including friction-reducing and anti-wear technologies , manufacture tribology , ecologic tribology and bio-tribology , etc.

压电反推泵是一种将压电流体驱动技术和仿生技术、喷流推进技术相结合的新型喷水推进装置。

Integrating the technologies of hydro-piezoelectric drive , water jet thrust and bionics , this paper introduces a novel piezoelectric water jet thrust .

近十年来迅速发展起来的人工神经网络是一种模拟人脑工作原理的仿生技术。

Artificial neural networks ( ANNs ), which are developing at very fast speed in these ten years , are bionic techniques by imitating principle of brain operation .

仿生技术的应用使结构设计发生了革命性的变化，这种变化使结构更具观赏性。

The architectures will possess more appreciation than they have ever done , owing to the application of bionical technology , so their structural design would be changed greatly .

支架材料在人工皮肤的构建中起关键作用，按化学性质可分为合成类和生物类。前者主要研究通过表面仿生技术开发具有生物活性的聚酯类支架材料；

Scaffolds provide growth environment for celis and play an important role in skin tissue engineering , so they are one of the most important parts in artificial skin studies .

结果表明：采用柔性仿生技术可以有效地解决煤的湿粘和冻粘，脱煤率达95%以上。

The test results showed that the flexible bionical tramcar can reduce significantly coal wet adhesion and freezing adhesion , and its anti-adhesion rate can reach up to 95 % .

仿生技术与机器人技术的结合，使机器人从结构设计到运动模式的选择都有了新的进展，这大大扩大了机器人的应用领域。

With the marriage of biomimetics and robotics , there has been a new revolution in structure design and selection of robotic gaits . It enlarges the field of robotic application .

凹耳蛙进化超声通讯的能力的研究，不仅为理解为什么人类有耳道提供暗示，有助于了解动物听觉系统的进化，并对开发仿生技术有重要启示。

This study may provide a clue for understanding why humans have ear canals and how animals auditory systems have evolved , and inspire in developing bionic tecnology for improving hearing in noise .

本文在分析鱼类推进模式的基础上，着重从仿生技术的角度对鱼雷推进问题进行了分析和展望，包括仿生推进鱼雷的特性、动力形式、结构和研究热点等。

Based on the analysis of the propulsive modes of fish , this paper analyses and probes the properties , power forms , general structures and hot spots of research of bionic propulsive torpedo .

当前国内外仿生技术发展极为迅速，在军事、医学、工业、建筑业、信息产业等领域仿生技术获得了相当广泛的应用，仿生技术已成为国内外学者研究的热门课题。

At present , bionic technology , which is widely used in many fields such as military , medicine , industry , building , information and so on , develops very rapidly around the world .

分子印迹是一项制备对特定目标分子具有高度特异性和选择性分子识别材料的新兴仿生技术，但分子印迹体系的筛选繁琐而耗时。

Molecular imprinting was a rapidly developing and promising technique for the preparation of polymers with high affinity for a target molecular , but it was both time consuming and tedious to screen an imprinted system .

叙述非织造医用纺织品的性能和产品的开发，以及高技术纺织材料在防辐射服、人造器官、手术移植材料和现代仿生技术中的应用与开发前景。

The paper relates the property and product development of nonwoven medical textiles and the application and developing prospect of high technical textile materials in radiation resistant clothings , artificial organs , surgical grafting materials and modern bionics technology .

用仿生技术和形状记忆合金功能材料，研制出曲线孔电火花加工形状记忆合金机器人，并对该机器人驱动部分的蠕动原理及弯曲导向部分的导向机理进行了论述。

Shape memory alloy robot of electric discharge machining curved hole is developed using bionics and shape memory alloy function material . The squirming principle of actuating device and the guide mechanism of bend guide of the SMA robot are discussed .

人性化家具设计原则是多样性与统一性相结合、比例关系与尺度标准相结合、节奏感与韵律感相结合、物理均衡与视觉非均衡相结合、模拟加工与仿生技术相结合等。

The user-friendly furniture design principle is the combination of diversity and unity , the ratio between standards by a combination of rhythm and sense of rhythm , physical balance and visual non-balanced combination of analog processing and biomimetic technology combined .

采用形状记忆功能合金材料和仿生技术研制出了曲线孔仿生电火花加工机器人的导向装置，采用该导向装置可加工出形状较为复杂的空间曲线孔。

The guiding device of robot of bionics electric spark manufactured curved hole was developed by adopting shape memory functioned alloy material and bionics technology . The spatial curved hole in fairly complicated shape can be manufactured by applying this kind of guiding device .