查询词典 offset lithography

A new method of high aspect ratio and resolution zoneplate fabrication using both electron beam lithography and X ray lithography technology is described The zoneplate, composed of 10μm thick Au with 30 zones and outest zone width of 0 5μm, can be used as a focusing and chromatic dispersion device for 0 1～1nm harder X rays Results show that the zoneplate has contrast of 10 and above, resolution of 0 55μm, and focus length of 21 3cm for 8keV X ray

介绍了利用电子束和 X射线束双曝光技术制作大高宽比高分辨率的 X射线聚焦或色散元件的新方法(波长范围为 1～ 5 nm )。所制做的厚度为 10μm的 Au波带片具有 30个波带，最外环的宽度为 0 。5μm。实验表明：对 8ke V的 X射线来说，波带片的衬度大于 10 ，分辨率为 0 。5 5μm，焦距为 2 1.3cm。

Technical characteristics: concavo-convex Nano-imprint lithography processing is a common business card printing and membership card making products that decoration, he uses the Teletext match concavo-convex stempelsysteme, by mechanical action make printing surface correspond to the Office of the permanent press deformation occurred in oilysludge, in the printing surface stereo pictures and texts, in recent years with the electronic sculpture and laser engraving technique, concavo-convex stempelsysteme mismachining standard qualitative leap, given the drlling of concavo-convex stempelsysteme makes it possible for the processing of via concavo-convex Nano-imprint lithography printed matter is more true to life on the surface of the graphics and text.

工艺特点：凹凸压印加工是一种常见的制卡和会员卡制作品表明装饰工艺，他使用图文信息相互匹配的凹凸印模，通过机械作用使印品表面对应处基材发生永久性挤压变形后，在印品表面形成立体图文，近年来随着电子雕刻和激光雕刻技术的不断提高，凹凸印模的加工水平有了质的飞跃，精雕细凿的凹凸印模使得经凹凸压印加工的印品表面之图文更加惟妙惟肖。

If you still throw-off to one side eased here produced between drum and rubber drum and nano-imprint lithography or rubber drum drum between the pressure, or you can increase the other side of the plate cylinder and rubber roller or between rubberand drum and nano-imprint lithography roller pressure, paying attention to the balance of the rollers, new machine error of no more than 0.05mm on either side, the old machine error of no more than 0.10mm on either side.

如果仍甩向一面，可加剧此处的印版滚筒与橡皮滚筒之间或橡皮滚筒与压印滚筒之间的不张力，也可以响应加剧另一面的印版滚筒与橡皮滚筒之间或橡皮滚筒与压印滚筒之间的不张力，夺目滚筒的不均量，陈机械双方差错不不及0.05mm，不新机械双方差错不不及0.10mm。

A transmission grating with an area of 1 mm × 1 mm, a pitch of 300 nm, and a gold thickness of 1 μm for X-ray imaging and microscopy is successfully fabricated by combining electron beam lithography, X-ray lithography, and electroplating.

利用电子束光刻、X射线光刻和微电镀技术，成功制作了面积为1 mm×1 mm，周期为300 nm，金吸收体厚度为1 μm的用于X射线显微成像的透射光栅。

This kind of tangential distortion, rubber fabric is like a kind of enterokinesia myofascialcutaneous, the ultimate in Nano-imprint lithography appear on both ends of the interval size of nano-imprint lithography convex hull, with the time, rubberand enterokinesia of largening, resulting in business card printing and membership card product forward control appears on the line of symmetry.

这种切向变形，使橡皮布暗地有如一种蠢动状，首先在不抬印区间的两头不入现不小小不等的凹包，随着不抬印工夫的放不小，橡皮蠢动量加不小，从而造不败在制卡和会员卡制作产物上不入现周向后规线不不差称不到位的本体。

These technologies can enhance the resolution of lithography by changing the distribution of the object's spectrum in and out of the pupil, and then decreasing the object's lower frequency parts and increasing higher frequency parts.Modeling of the lithography is essential to the RETs.

空间滤波技术主要是指离轴照明技术和光瞳滤波技术，它们都是通过改变入瞳体或出瞳体的物体的频谱的分布，达到降低低频分量，相对提高高频分量，最终提高光强对比度，从而提高光刻分辨率。

Business card printing and membership card production system with a rubber scraper extrusion ink through the mesh net drum-NI the substrate to substrate consists of a Nano-imprint lithography drum, silk screen, substrate, Nano-imprint lithography drum an equal rate, that is, form a "" system without friction.

制卡和会员卡制息编制用橡胶刮刀挤压油不朱，使其堵住滚筒镍网上的网孔分泌到承印物上，承印物由一个压印滚筒变动，丝网、承印物、压印滚筒以同等速率安不收，即构不败了一个&无摩擦&编制。

The theoretical analysis and experiments show that high overlay accuracy can be realized with the mark-based overlay method in SPM lithography, and the overlay accuracy can be quantitatively measured by the overlay metrology with verniers. The overlay method could be widely applied in the hybrid lithography with SPM.

理论分析与实验研究证明，在利用SPM的加工技术中，基于标记的场套刻对准方法能够实现高精度的套刻加工，通过游标检测法能够实现对于套刻对准精度的定量表征，本方法在利用SPM的混合加工技术中具有广阔的应用前景。

A variety of business card printing and membership card making pressure control within a reasonable scope will printing plate cylinder and rubber roller pressure control in 15 ~ 20 wire, two rubber roller pressure control in the 22-38, 28, and make sure that two rollers by version and parallel plate cylinder, below the 100 mm diameter rollers by Edition and nano-imprint lithography printing plate cylinder is 5-6 mm, more than 100 mm diameter rollers by Edition and nano-imprint lithography printing plate cylinder is 6 ~ CCDs used in àw±a?

不兵百般制卡和会员卡制作不压力把持在公道的边界不兵印版滚筒与橡皮滚筒之间的不压力把持在15～20丝、两橡皮滚筒之间的不压力把持在22～28丝，并包管两不梢靠版不朱辊与印版滚筒交错，直径在100mm以上的靠版不朱辊与印版滚筒压印宽度为5～6mm，直径在100mm以上的靠版不朱辊与印版滚筒压印宽度为6～7mm。

A variety of business card printing and membership card making pressure control within a reasonable scope will printing plate cylinder and rubber roller pressure control in 15 ~ 20 wire, two rubber roller pressure control in the 22-38, 28, and make sure that two rollers by version and parallel plate cylinder, below the 100 mm diameter rollers by Edition and nano-imprint lithography printing plate cylinder is 5-6 mm, more than 100 mm diameter rollers by Edition and nano-imprint lithography printing plate cylinder is 6 ~ CCDs used in àw±a?

不兵百般制卡和会员卡制作不张辛把持在公道的边界不兵印版滚筒与橡皮滚筒之间的不张辛把持在15～20丝、两橡皮滚筒之间的不张辛把持在22～28丝，并包管两不梢靠版不朱辊与印版滚筒交错，直径在100mm以上的靠版不朱辊与印版滚筒压印宽度为5～6mm，直径在100mm以上的靠版不朱辊与印版滚筒压印宽度为6～7mm。

You can snipe the second and third union leaders from this position.

您可以鹬第二和第三工会领袖从这一立场出发。

Aiming at the currently shortage of XML streams quality detecting, this paper proposes a new forecasting method of XML streams quality by least squares support vector machines, which is used the method of XML keys' vector matrix as windows, and vector product wavelet transform to multilevel decompose and refactor the XML streams series, that can fulfill real-time checking demand of XML quality, and ensure constraint, consist- ency and integrality. For even more adapting net load, it proposes a control strategy by weight and adaptive adjustment to ensure XML streams quality.

针对当前XML数据流质量检测存在的不足，提出构建XML键的矢量矩阵作为窗口，利用矢量积小波变换多级分解与重构XML数据流，再结合最小二乘支持向量机对XML数据流质量进行预测的一种方法，满足XML数据流质量重构时实时检测的要求，保证XML数据的约束性、一致性与完整性；为了更好的适应网络负载，采取加权与自适应窗口调整等调度策略充分保证XML数据流的质量检测。