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Transfer printing water-soluble inorganic salts

机译:转移印花水溶性无机盐

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This paper reports the first example of the fabrication of KNO3, K2CO3, CuSO4, NaOH, and mixed-inorganic-salt (KNO3 and KOH) patterns using a transfer-printing (TP) technique. The transfer quality is found to be related to the concentration of the salt solutions. By varying the immersion time, it is possible to control the heights of the raised features of the transfer-printed salts from the nanoscale to the submicrometer scale. Utilizing these inorganic salts as water-soluble masks for microfabrication is demonstrated using patterned NaOH films. The use of water as a developer solvent demonstrates the potential utility of the patterning of inorganic salts as a low-cost. simple, and, more importantly, environmentally friendly route towards accurate patterning of different materials.
机译:本文报告了使用转移印刷(TP)技术制造KNO3,K2CO3,CuSO4,NaOH和混合无机盐(KNO3和KOH)图案的第一个示例。发现转移质量与盐溶液的浓度有关。通过改变浸没时间,可以控制从纳米级到亚微米级的转移印刷盐的凸起特征的高度。使用图案化的NaOH膜证明了将这些无机盐用作水溶性掩模进行微细加工。水作为显影剂的使用证明了无机盐图案化作为低成本的潜在用途。简单,更重要的是对各种材料进行精确构图的环保途径。

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