| 1. | Ceramic components for electrical purposes ; mounting places for insulators ; undulatory profile
电工陶瓷件.绝缘子安装部位.皱纹面
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| 2. | The main contents of the paper as follows : chapter 1 : undulatory theory of real estate economy
本文研究的主要内容如下:第一章:房地产经济波动理论。
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| 3. | It can move forward , backward or brake depending on the undulatory motion of the flexible fin
它依靠柔性长鳍的波动运动来实现载体的前进、后退、制动等各种机动动作。
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| 4. | The undulatory biomimetic propulsor is a new underwater propulsor which emulates the swimming mode of gymnarchus niloticus
摘要波动仿生推进器是以“尼罗河魔鬼”为仿生对象设计的新型水下推进装置。
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| 5. | It combines the fuzzy controller and the self - adaptive unit , achieving the undulatory control of the flexible fin in uncertain environments
它将模糊控制器和自适应单元相结合，解决了不确定环境下柔性长鳍的波动控制问题。
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| 6. | To realize the undulatory control of the flexible fin , a locomotory model is analyzed and a distributed control structure is designed
针对柔性长鳍特有的波动控制问题，本文分析了柔性长鳍的运动模型，并设计了一种分布式控制系统结构。
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| 7. | The undulatory control of the flexible fin is one of thekey techniques for the research of the undulatory biomimetic propulsor , and it is the base ofpropulsion
柔性长鳍的波动控制技术是波动仿生推进器研究的关键技术之一,它是实现柔性长鳍波动推进的基础。
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| 8. | The undulatory biomimetic propulsor is a new - style underwater propulsor which is basedontheswimmingmodeofgymnarchusniloticus . itachievesitsforwardorbackwardmovementby undulatory controlof the flexible fin
波动仿生推进器是一种模仿“尼罗河魔鬼”的游动方式设计的新型水下推进装置。
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| 9. | The locomotor hypotheses about the kinematics of undulatory swimming are experimentally tested , while the parameters describing wave form are discussed with respect to some constrained conditions that must be satisfied during undulatory swimming
随后定义了表征形态和运动特征的参数化运动描述,结合方程中参数的物理含义,讨论可能存在的约束以及参数的一些典型性质。
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| 10. | First , an experimental apparatus for undulatory dorsal / median fin propulsion modes is established . based on morphological and kinematic data of the body and the dorsal / median fins of specimens , the analysis shows that the slender body is well streamlined , symmetrical
本文的实验观测首先建立了背鳍/背臀鳍波动推进研究的生物实验装置,进行仿生对象形态学和运动学观测,提取了仿生对象的形态学和运动学特征。
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