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Effect of Functional Nano Channel Structures Different Widths on Injection Molding and Compression Molding Replication Capabilities

机译:功能纳米通道结构不同宽度对注射成型和压缩成型复制能力的影响

摘要

The present study investigates the capabilities of the two employed processes, injection molding (IM) and injection compression molding (ICM) on replicating different channel cross sections. Statistical design of experiment was adopted to optimize replication quality of produced polymer parts with the two different molding technologies. Focus of the experimental work was the assessment of the IM and ICM processes capabilities to replicate different channels widths (240 nm, 440 nm and 1040 nm) at different positions from the gate based on the deviations of their dimensions from the corresponding geometries measured in the nickel master. Results presented as main effect plot of channel depth deviation from ideal nickel master and polymer replicated features are reported.
机译:本研究调查了两种采用的工艺(注塑成型(IM)和注塑压缩成型(ICM))在复制不同通道横截面上的能力。采用实验统计设计,通过两种不同的成型技术来优化所生产的聚合物零件的复制质量。实验工作的重点是评估IM和ICM工艺的能力,以根据其尺寸与栅极中测量的相应几何尺寸的偏差,在距浇口不同位置复制不同的通道宽度(240 nm,440 nm和1040 nm)。镍大师。报告了以通道深度偏离理想镍母盘和聚合物复制特征的主要效应图表示的结果。

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