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Polymer-bound sensitizer in i-line resist formulations

机译:i-line抗蚀剂配方中的聚合物结合敏化剂

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Abstract: An important component of a photoresist formulation is the photoactive compound. In conventional I-line resist, it is the DNQ molecule. In chemically amplified resists, it is the photoacid generator or the PAG. This component acts as the link between the exposure tool and the photoresist system. While PAGs for the 248 nm or DUV application are plenty, there is little effort in the arena of i-line PAGs. Typically, energy transfer in i-line lithography is achieved by using a DUV PAG in conjunction with an i-line energy transfer agent called sensitizer. This combination works very well, as described by workers before. This paper describes a polymer-bound sensitizer, which while maintaining the performance characteristics of a monomeric sensitizer, also enhances the solubility characteristics and the thermal stability of the resist.!11
机译:摘要:光致抗蚀剂配方的重要成分是光活性化合物。在常规的I线抗蚀剂中,它是DNQ分子。在化学放大的抗蚀剂中,它是光酸产生剂或PAG。此组件充当曝光工具和光刻胶系统之间的链接。尽管用于248 nm或DUV应用的PAG数量很多,但在i-line PAG领域却付出了很少的努力。通常,通过将DUV PAG与称为敏化剂的i-line能量转移剂结合使用,可以实现i-line光刻中的能量转移。如以前的工人所述,这种组合效果很好。本文介绍了一种与聚合物结合的敏化剂,该敏化剂在保持单体敏化剂的性能特征的同时,还提高了抗蚀剂的溶解性和热稳定性。11

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