An air-chamber placed in vacuum for ion implanting was designed aiming at the fact that the ion implantation experiments are all performed under the vacuum state. 针对目前的离子注入实验都是在真空状态下进行的事实,设计了真空内置式大气靶室装置。
Relative effect of wave movement was thus obtained. Air-Chamber character, air-turbine property and wave powered air-turbine generator comprehensive experiments under various wave conditions could be tested with the facility. 可进行不同波况下的气室性能试验、空气涡轮性能试验和波力空气涡轮发电装置综合性能试验。
Results There were 8 cases with postoperative complication of cerebrospinal rhinorrhea, which were all caused by bone distruction in air-chamber area of temporal bone and CSF effluent through auditory tube. 结果术后并发8例CSF鼻漏,均因颞骨气腔区骨质破坏,CSF经咽鼓管流出所致。
In order to resolve the tactile problem of manipulator, an air-chamber structured tactile sensor and its signal processing system are introduced. The sensor's structure and the principle of sensitivity are analyzed. The method of signal processing is put forward. 为了解决机械手触觉传感问题,介绍了一种气室结构触觉传感器及信号处理系统,并分析了传感器的结构及敏感原理和相应的信号处理方法。
Experiment study proved that using the hydraulic resonance to improve strength of pulsed jet is available, and the system have a best air-chamber volume and a best frequency. 实验研究证明,利用水力共振提高脉冲水射流的强度是可行的,且存在最佳气室容积和最佳频率。
Advanced technology of YT-14 includes compound air-chamber, common air valve for multichambers, multi-and compound-frequency digital control, built-in deflected buoy, novel soft-covered valve, programmable controller, etc; YT-14型跳汰机采用了复合空气室、多室共用风阀、多频及复频数控、内置导向浮标、新型软体盖板阀、可编程序控制器等先进技术;
To study the steering characteristic of the multi-axle-steering vehicle ( MASV), a virtual prototype model of the dual air-chamber hydro-pneumatic suspension ( HPS) system was built by means of the ADAMS/ Hydraulics software. 为了提高多桥转向车辆的转向特性,应用ADAMS/Hydraulics软件建立了双气室油气悬挂系统的虚拟样机模型。
Employing sealed dissolved sample, miniature air-chamber electrode and carbon charged foam plastics for separation and enrichment of gold, this paper developed chemical spectrometry to determine super-trace gold in chemical exploration sample achieving great success. 本文采用封闭溶样,充炭泡沫塑料富集分离,采用微型气室电极,研制了一个化学光谱法测定化探样品中痕量金的方法。
Research for Air-chamber Structured Tactile Sensor 气室结构触觉传感器的研究
A Universal Method for Analyzing Pulsed Water-jet System Embodied Air-chamber 带空气室脉冲水射流系统通用分析法
Determination of super-trace gold in chemical exploration sample by chemical spectrometry, employing miniature air-chamber electrode 微型气室电极化学光谱法测定化探样品中的超痕量金
The anti-reflection condition was achieved by adjusting the amplitude and phase of the oscillating air pressure in the air-chamber. 通过调整OWC腔室内振荡压强的幅值和相位,使OWC工作于消反射状态。
The effects of the dimensionless air-chamber width, immersed depth of the front wall, water depth, wave height and the turbine constant on wave energy extraction efficiency were discussed. Moreover, hydrodynamic characteristics of the OWC were studied under the anti-reflection condition. 同时,讨论了无量纲的气室宽度、前墙淹没深度、水深、波高和透平系数等对波能吸收效率的影响。在此基础上,研究了OWC在消反射下的水动力学特性。
The oscillating air pressure inside the OWC air-chamber was modeled by assuming that the air is incompressible and the air-turbine mass-flow rate is proportional to the pressure difference ( a linear turbine). 在对OWC气室内振荡气体压强的模拟时,忽略了空气的可压缩性,并认为通过空气透平的质量流速与压强差成正比(线性透平)。
The relationship of the wave energy extraction efficiency with the amplitude and phase of the oscillating air pressure in the air-chamber was investigated. 研究了波能吸收效率与OWC腔室内振荡气体压强的幅值、相位的关系。