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SYSTEM FOR WEIGHING INDIVIDUAL MICRO- AND NANO- SIZED PARTICLES

机译:微细和纳米颗粒称量系统

摘要

A device for weighing micro- and nano-sized particles. The device includes a base portion, an oscillator coupled to the base portion configured to vibrate the base portion, a first cantilevered beam coupled to the base portion at a proximal end and having a tip portion at a distal end, and a second cantilevered beam coupled to the base portion at a proximal end and having a tip portion at a distal end, each of the first and second cantilever beams further having a first plurality of fingers near the first tip portion inwardly pointing and a second plurality of fingers near the second tip portion inwardly pointing, respectively, such that the entirety of each cantilever beam is positioned in a side-by-side manner next to the entirety of the other forming substantially mirror images of one another, the first plurality of fingers interdigitating with the second plurality of fingers such that the first cantilevered beam and the second cantilevered beam can oscillate independent of each other, the interdigitating fingers separated by gaps that are configured to reflect light from the interdigitating fingers during oscillation of the first and second cantilevered beams to form a diffraction pattern.
机译:用于称量微米级和纳米级颗粒的设备。该装置包括:基座部分;耦合到该基座部分的振荡器,该振荡器被配置为使该基座部分振动;第一悬臂梁,该第一悬臂梁在近端耦合到该基座部分,并在远端具有尖端部分;以及第二悬臂梁,其耦合第一和第二悬臂梁在近端的基部处具有尖端部分,并且在远端具有尖端部分,每个第一悬臂梁还具有在第一尖端部分附近向内指向的第一组多个指状物和在第二尖端附近的第二组多个指状物。分别向内指向的部分,使得每个悬臂梁的整体并排放置,彼此相邻,从而形成彼此的大致镜像,第一多个手指与第二多个手指相互交叉手指使得第一悬臂梁和第二悬臂梁可以彼此独立地振荡,相互交叉的指状物被间隙分开,在第一和第二悬臂梁的振荡过程中,它们被配置为反射来自指状指的光,以形成衍射图样。

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