suspension method meaning in English
悬辅
Examples
- The application of offending artery suspension method in microvascular decompression
责任动脉悬吊法在显微血管减压术中的应用 - The principle , process , equipment and characteristics of drying units for polyvinyl chloride by suspension method were introduced
介绍了国内采用的悬浮法生产聚氯乙烯用的干燥装置的干燥原理、工艺、设备和特点。 - A novel method of electrostatic suspension was developed . this article briefly discusses the basic concept , schematic setup and optronic feedback system of the electrostatic suspension . when taking an aluminum plate and a compact disc ( cd ) as the suspended objects respectively , it is measured the electrostatic forces acting on the objects under different electrode voltages and different electrode - object gaps . the experimental results show that the electrostatic forces are sufficient to levitate both of the suspended objects , namely the electrostatic suspension method is practically feasible . compared to the conventional magnetic suspension , the significant characteristic of the electrostatic suspension is that it is capable of suspending most of the conductive and / or nonconductive , magnetic and / or nonmagnetic objects . therefore , this method can be widely applied to realize the electrostatic suspension and non - contact manipulation of the precision objects
本文提出光电反馈式静电悬浮的新方法，简要讨论静电悬浮的原理、装置及其光电反馈控制过程.采用铝片和cd光盘作为悬浮体，测定了不同静电电压和不同悬浮间距时的静电悬浮力，揭示了它们之间的相互关系.结果显示这两种悬浮体均可获得足够的静电悬浮力，证明了静电悬浮的可行性.静电悬浮方法的显著特点是既适用于导电体与非导电体的悬浮，又适用于磁性体与非磁性体的悬浮，克服了传统磁悬浮技术仅适用于磁性体的局限性，可广泛应用于精密元器件的悬浮与非接触无损操作 - With the development of modern industry and technology , some conveying and manipulating operations in non - contact mode need the suspension technology in the fields of guiding system , material processing , micro - electronics and semi - conductor industry and so on . therefore , it is of great importance to develop the suspension technique . there have been some conventional suspension methods at present , among them , magnetic levitation , acoustic levitation , aerodynamic levitation , optical levitation , radio - frequency levitation , electric levitation and super - conducting levitation
随着现代工业与科学技术的发展，在精密机械工业、半导体工业、航空航天工业、交通与运输业以及空间材料科学、微电子学和军事科学等许多领域，需要采用悬浮技术对特定目标如精密元器件、光盘( cd ) 、液晶片( lcd ) 、硅基片( wafer ) 、导航陀螺乃至列车等实现非接触式的操作或输运，因此，悬浮技术的发展具有重要的理论意义和实用价值。 - The most significant advantages of the electrostatic suspension are as follows : ( i ) it keeps the characteristic elegance of the conventional electric suspension methods mentioned above ; ( ii ) it is capable of realizing electrostatic levitation of conductors , semi - conductors and non - conductors , such as the liquid crystal display ( lcd ) , the compact disk ( cd ) , the silicon wafer and so on ; and ( iii ) it provi des the possibility of implementing non - contact conveying or manipulation of precision objects on the basis of suspension
利用该悬浮方法可以广泛实现导体(如金属片) 、半导体(如硅wafer ) 、常规绝缘体或电介质(如lcd片、 cd片、玻璃片、纸片)等悬浮，进而对其进行非接触的无损操作。与常规电悬浮和磁悬浮相比，静电悬浮的突出优点是不受悬浮体的磁性和导电性的制约，因而应用领域更加广阔。