采用微加工工艺制备出一种聚合物微锥阵列。
A fabrication process has been developed to form a polymer micro tip arrays using micromachining.
这些技术是核径迹染色、核孔膜复制和利用核径迹制备金属微锥。
They are coloring of nuclear track, nuclear track sheet replication and molding of micro metallic cones from nuclear tracks.
由于微锥膜的作用不依赖了液晶盒结构，所以，可对多种结构的反射式彩色液晶显示有效。
The film is not only useful to RICF, but also to most of reflective color...
方法在CT引导下，微创锥颅及用血肿液化剂清除硬膜外血肿。
Methods Under the guidance of CT, micro-wound cones cranium and using hematoma- liquefier clearing epidural hematoma.
结果微创锥颅清除硬膜外血肿25例效果满意，费用低。
Results Micro-wound cones cranium clears the 25 examples of epidural hematoma and the result is satisfied, the expense is low.
本论文研究利用CO_2激光作为热源加工制备熔锥光纤耦合型光学球微谐振腔器件。
In this paper, we had studied the CO_2 laser fabrication of microsphere resonators coupled by biconical tapered fibers.
使用光纤锥可以通过其产生的倏逝场，来耦合微盘腔中的回音壁模式，从而获得对微盘腔光学性质的考察。
A fiber taper can evanescently couple to whispering gallery modes (WGMs) in a planar silica microdisk for observing the optical properties of the microdisk cavity.
目的：回顾近年来结膜微创术摘除眶深部肌锥内海绵状血管瘤，探讨其疗效。
Objective: To review the conjunctival incision mini-trauma operation for cavernous hemangioma in deep orbit muscles cones and evaluate its effect.
目的研究锥扰动集值映射向量优化问题锥有效解的锥次可微性。
Aim to study the cone subdifferential of the cone efficient solution sets for set valued vector optimization problem with perturbed order.
微创锥颅抽吸引流术15例，治愈14例，死亡1例为脑干再出血导致功能衰竭。
Skull minimally invasive aspiration and drainage in 15 cases, 14 cases were cured, 1 died as a result of brain stem rebleeding.
建立了平端光纤与锥端微透镜光纤对耦合的理论模型，得到耦合系数的计算公式。
The coupling between butt fiber and cone lensed fiber is described in this paper. A theoretical model is presented and the formula of coupling efficiency is given.
于是，借助于光纤锥，我们将量子点粘附在锥上，实现了量子点同微芯圆环腔的位置可控的耦合。
Accordingly, fiber tapers allow QDs to adhere into the cavity and further permit the control of site-selected coupling. From the luminescence spectra, QDs are modulated effectively by cavity modes.
于是，借助于光纤锥，我们将量子点粘附在锥上，实现了量子点同微芯圆环腔的位置可控的耦合。
Accordingly, fiber tapers allow QDs to adhere into the cavity and further permit the control of site-selected coupling. From the luminescence spectra, QDs are modulated effectively by cavity modes.
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