神经内的

The contact modal of turbine disk and blade rabbet is made aiming at the high reliability. The 3D heat-structure coupling modal is computed by ANSYS and the dangerous position is confirmed. The 15 scattering point of strain breadth is computed by APDL language of center-composition in probability design mold. The teacher signal is intervened referring to the points.

针对航空发动机涡轮盘榫接触部位在寿命期内高可靠性的要求，建立某涡轮盘榫接触模型，用ANSYS计算其热、结构耦合的三维弹塑性模型的应力应变并确定危险部位，然后用APDL语言在概率设计模块中采用中心组合法计算15个应变幅分布的离散点值，对这些点进行插值得到人工神经网络的目标函数。

According to yoga ,the pranamaya kosha forms the fine network through which prana flows.it is known as the pranic,etheric or bioplasmic bldy.this energy body is said to have the same shape as the physical body.however,through certain yogic techniques,concentration and visualization,te practioner is able to make it expand and contract ,especially through the technique of prana vidya.if our perception was finely attuned to the pranic body ,we would see a body of light in which there are thousands of delicate ,wire like structures conducting shakti or energy.these wire-like structures are the nadis or energy flows.the shiva samhita says that altogether there are 350,000 nadis in the body ,the prapanchasara tantra says 300,000 and the Goraksha sartaka says 72,000.there are thousands upon thousands of nadis within the substructure of the gross bosy and they distribute consciousness and prana to every atom.

根据瑜伽中说的，能量的混合形成网络，促成能量流的形成。能量、空的属性被称为是植物性神经属性的身体。能量和肉体的身体是同样的容积的。全，通过练习某些瑜伽技巧，特别是通过某些独特的呼吸方法，集中和内观，那么练习者就能够让扩大收缩强能量。如果我们能够更好的掌控能量的身体，我们就能够看见成千上万个微妙的、线状结构的光芒掌握着能量。那么SHIVA SAMHITA说在身体中总共有350，000个通道。THE PRAPANCHASARA TANTRA 说有300，000个，TEH GORAKSHA SARTAKA说有72，000个，总而言之，意识和能量就是通过这些成千上万的通道被分送到身体的每一个细胞的。

Lumbar segmental instability is defined as a decrease in the capacity of the stabilizing system of the spine of maintaining the spinal neutral zone within physiological limits, so that there are neurological deficit, majo deformity and incapacitating pain

腰椎节段性失稳的定义是在生理载荷下，脊柱的稳定系统将脊柱运动的中性区域维持在生理范围内的能力减退，从而出现脊柱的畸形、神经症状和不能忍受的疼痛。

To avoid the collision accidents of ships at sea, with the universalizing and application of computer, and the development and maturity of the technology of Expert System and Artificial Intelligent, this paper developed an intelligent collision avoidance expert system for navigation. The main research work centers on several aspects, which will be represented as below:By the navigation rules" understanding and analyzing, and by the navigation experience and navigation samples" collecting and trimming, we put forth and build a multi-unit and layering KB systematic structure, and implement the KBM. According to features of different knowledge, we adopt multifarious KR, such as: frame KR, production rule KR, procedure KR. We also build a multi-inference system, which based on analog inference, forward illation inference, conversion inference and meta-rule inference. At the same time, we develop each reasoning algorithm. For some problems in collision avoidance region during the building of the expert system, we put forth and build a set of models to solve them using neural network technology.

为了避免船舶间碰撞事故的发生，结合计算机技术在各类船舶中的普及与应用、专家系统技术及人工智能技术的发展、成熟，本文研制、开发了一种具有一定智能的航海避碰专家系统，主要内容包括以下几个方面：通过对航海规则的理解与分析，对航海经验、航海实例的搜集、整理，提出并建立起了航海避碰专家系统的多元分层知识库体系结构，并实现了知识库的管理；根据不同知识的特点，分别采用了框架、产生式规则、过程等多种知识表示方法；提出了一种基于类比推理、正向演绎推理、换位推理及元级推理等的多种推理机制，并建立起了相应的推理算法；引入神经网络技术，针对在建立专家系统过程中所遇到的有关避碰领域内的一些难题，提出并建立了相应解决问题的模型，其中包括：船舶类型的识别，会遇态势的分类及避碰危险的评估。

Learning and memory is one of the most important functions of brain, it is the process for brain to establish the nerve representations to the outer world.

学习与记忆是脑的高级功能之一，它是在脑内建立对外部世界的神经表达的过程。

Results 1、Results of gross anatomy Through the gross anatomy study of calfs and clinical common used muscular flaps, we discover that some muscles can be divided into several parts.

3肌肉分类的方法：根据Lim等人对上肢肌的分类方法，再结合本实验大体解剖和肌内神经染色的结果，对本实验中的肌肉进行分类，提出肌肉的亚部化观点。

Of the above-mentioned immune molecules, microglia labelled with OX-42 or ED-1 were increased in their populations and staining intensity in LTA-treated rats than those in saline-treated ones. It is also true for OX-42 or ED-1 labelled macrophages in the meninges and the choroids plexuses.

结果显示，受OX-42和ED-1标志之小神经胶细胞在胼胝体处的细胞数量，与出生后七天对照组比较，其细胞数量有明显的增加，免疫染色深度也较深；脑膜及脉络丛内的巨噬胞也有类似的改变。

Using immuno-histochemical, tissue cultural and immuno-electron microscopic methods, based on nerve-endocrine-immune net, the dynamic changes of 4 brain-gut peptides and 6 inflammation factors of excised saccalus rotunds of rabbit stimulated by germs, LPS, exotoxin were observed.

本研究以神经-内分泌-免疫网络学说为依据，运用免疫组织化学的方法，结合组织培养技术、免疫电镜技术等，对离体兔圆小囊受到大肠杆菌等4种细菌、内毒素、外毒素等抗原刺激后，其组织内的4种脑肠肽和6种炎症相关因子表达量的动态变化进行了系统观察研究。

These data indicate that the integrated responses to impulses from the nuclei of brain and somatic nerves also depended upon the nature of impulses and the arrival time of them, which may be the regular pattern of RVLM neurones to integrate much more information.

以上资料表明，RLVM神经元对来自脑内和外周神经信息的反应取决于信息的性质和信息到达的时间，这可能是RVLM神经元整合更多信息的共性

The time-history velocity response signal of pile can be decomposed by Sym wavelet. The power spectrum value can be extracted from some specified spectrum range. These values from one signal makes up the characteristic vector representing this signal. The relationship between characteristic vector of pile and pile defect type can he established by using BP artificial neural network. Abundant time-history velocity response signals of pile can be acquired by numerical simulation method.

利用Sym小波对基桩速度响应时程曲线进行小波分解，对指定频带上的信号分量进行特征值提取，提取的特征值为反映各频带范围内体现能量分布的功率谱均值，提取的特征值可构成反映信号特征的特征向量，同时利用BP人工神经网络的非线性映射特性建立特征向量和基桩缺陷类别之间的一种对应关系。

It seems likely that Kraft will return with a better offer.

看起来卡夫要重新考虑一个更好的出价了。

But he'd rather burn off my feelers and watch me squirm.

可他却放任那个家伙对我为所欲为！