3D微结构的光刻方法和3D堆叠装置

M. H. Ahmed
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引用次数: 0

摘要

制作了光刻的框架流线型仪器,似乎可以利用光膜光材料抗蚀剂创建3D微排列。因此,灰度光刻的两个技术限制:呈现分区主题和改进时间尺度以这种方式解决了客户指示的目标3D轮廓。这提供了一个熟练和有说服力的选修课,而不是标准的基于实验的框架计划。尽可能地通过收集各种三维微排列来断言,评估揭示了难以想象的与客观轮廓的量化同步。同样,利用基准材料的光学光刻技术在硅中组织边缘描绘的纳米尺度线,并且通过3D三维(3D)集成电路结构制备的设备可以完美地进行短时间的热复制。利用CVD工艺来描述光阻扩散到排列覆盖层的光学间隔层。
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Photolithography methods for 3D microstructures and 3D stacking devices
A framework streamlining instrument for lithography is made and seemed to create 3D micro-arrangements utilizing light-film photo material resists. Since, the two technique confines in greyscale lithography: presentation partition theme and improvement timescale are settled in this way for a client indicated target 3D profile. This gives a proficient and persuading elective as opposed to standard experimentation-based framework plan. As far as possible were asserted by collecting assorted 3D micro-arrangements and the evaluations uncovered unimaginable quantized synchronization with the objective profile. Likewise, Edge-portrayed nm scale lines are organized in silicon utilizing optical lithography with benchmark materials and preparing device are impeccable with short warm copying through 3D three-dimensional (3D) Integrated Circuit structures. A CVD process is utilized to depict optical spacers with photo-resist spread to arrangement covered layers.
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