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Advanced spinning techniques and highly oriented rod molecules ensure that PBO fiber has excellent mechanical properties (E=280GPa) and heat resistance. As a supper fiber, PBO fiber has wide potential applications.

先进的纺丝技术及高度取向的刚性分子结构使PBO纤维具备优异的力学性能E(下标拉=280GPa及热学性能，从而作为超级纤维有巨大的应用潜力。

The autonomic efferent pattern of the baroreflex resetting induced by DPN stimulation was observed through recording renal sympathetic nerve activity , splanchnic nerve activity , cardiac sympathetic nerve activity , ganglioglomerular nerve activity and lumbar sympathetic nerve activity , discharge of single sympathetic fiber separated from the deep peroneal nerve and discharge of single sympathetic fiber separated from the superficial peroneal nerve , and cervical vagal efferent single fiber discharge .

通过记录肾、内脏、心、颈和腰交感神经的放电以及记录腓深和腓浅神经中交感单纤维和颈迷走传出单纤维的放电，观察了刺激DPN重调定压力感受性反射的自主神经传出型式。

The Polynosic fiber is a kind of high performance modified viscose fiber. It maintains the fine moisture absorption and chromatophilicity of cellulosic fiber; on the other hand it possesses high break force, modulus, especially in wet state, which contributes to its high crystallinity and orientation.

Polynosic纤维是一种高性能改性粘胶纤维，它一方面保持了纤维素纤维优良的吸湿易染性，另一方面其较高的结晶度和取向度使其强力和模量尤其是湿态强力和模量与普通粘胶相比有了很大的提高。

The weight and percentage of plated metal of metallized fiber can be derived from measuring the weight and volume of metallized fiber via the density formula and the law of conservation of mass with konwing the density of plated metal and the basic fiber.

通过测定表面金属化纤维的质量和体积，利用密度公式和质量守恒定律，只需知道表面金属和基材纤维的密度即可推导出镀层金属的质量和表面金属化纤维的质量分数。

Applications of multi-component glass fiber, silica fiber and polymer optical fiber to medical illumination are introduced.

介绍了多组分玻璃光纤、石英光纤和聚合物光纤在医学照明上的应用，现今医学上应用的光纤传光束以多组分玻璃光纤为主，传光束直径多在0。

Except cellulose acetate fiber,the strength of other four-kind fibers in completely dry state is decreased notably after MHT.With the initial moisture regain increased,the breaking elongations of cotton,rayon and loycell are improved remarkably after MHT.The increasing level is rayon＞loycell＞cotton,but ramie seems little improved.As the moisture regain is low,the fiber initial modulus is enhanced.However,when the moisture regain is higher,the fiber initial modulus did not change obviously.

除了醋酸纤维素纤维，其余四种纤维在初始回潮率为0的时候，经过微波处理，纤维强度都是显著性下降的：随着初始回潮率的增大，棉纤维、粘胶、天丝的断裂伸长率有了显著性的提高，其中升高的幅度为粘胶＞天丝＞棉纤维，苎麻没有显著性提高；在回潮率较小的范围内，微波处理之后纤维的初始模量是增大的，随着回潮率的增大，初始模量变化不显著。

Computer and image analysis technology were used in this instrument to measure the morphological parameters of the fibers such as fiber length, fiber width, cell wall thickness, fiber coarseness, fibers proportion in the furnish, fibrillating degree, curl index, contents of fines and parenchyma cells.

介绍了一种新型的造纸纤维测量仪，该仪器将计算机及图像处理技术用于造纸纤维形态参数的测量，如纤维长度、宽度、细胞壁厚度、纤维粗度、纤维配比、打浆帚化率、纤维弯曲指数、细小纤维和杂细胞含量等，并兼有摄像和打印功能。

The cut-off wavelength of the fiber is about 1270nm. The dispersion of the fiber is about -25ps/nm~*km at 1550nm. The MFD the fiber is about 7.12μm at 1550nm. These optic properties are suitable for EDFA application.

设计数据表明上述碲酸盐玻璃很好地满足了作为EDFA光纤的要求，对熔接损耗、色散和传输条件等要素基本上达到了最优化。

The wear debris of three semi-metallic friction materials reinforced by low carbon steel fiber, brass fiber and pure copper fiber respectively, and grey cast iron couple woren at different temperatures were studied by XRD and EDAX. Wear properties were analyzed together with the surface images got by scanning electron microscope.

摘 要：采用X射线衍射和X射线能谱分析对分别使用低炭钢纤维、黄铜纤维和紫铜纤维增强的3种半金属摩擦材料与灰铸铁在不同温度下滑动摩擦形成的磨屑进行分析，并结合扫描电子显微镜观察摩擦材料表面形貌，分析材料的磨损特性，并对黄铜纤维和紫铜纤维增强的摩擦材料磨屑成分进行对比分析。

The wear debris of three semi-metallic friction materials reinforced by low carbon steel fiber,brass fiber and pure copper fiber respectively,and grey cast iron couple woren at different temperatures were studied by XRD and EDAX.

采用X射线衍射和X射线能谱分析对分别使用低炭钢纤维、黄铜纤维和紫铜纤维增强的3种半金属摩擦材料与灰铸铁在不同温度下滑动摩擦形成的磨屑进行分析，并结合扫描电子显微镜观察摩擦材料表面形貌，分析材料的磨损特性，并对黄铜纤维和紫铜纤维增强的摩擦材料磨屑成分进行对比分析。

There are different types of personal loans available.

有许多不同类型的个人贷款优惠。

The above mentioned teaching model of spiral rising can be used to avoid rigidness in teaching.

上述螺旋式上升的教学模式，可以避免教学形成模式後的僵化现象。