Abstract:
PURPOSE: To evaluate the hydrophobicity on the surface of a substrate with high reliability and optimize hydrophobic treatment conditions, in a device for forming a resist pattern. CONSTITUTION: An HMDS gas is supplied to the surface of a wafer W for hydrophobic treatment, and the wafer W is housed in a sealed container 6 on a cassette stage 21 and it is conveyed to an analyzer A2 outside a device A1 for forming a resist pattern. The masses of ion kinds on the surface of the wafer W, such as CH3Si+, C3H9Si+, C3H9Si-, etc., are analyzed by using an analytical section such as TOF-SIMS, etc., thereby of the analytical equipment A2 measuring the quantity of HMDS(hexamethyl disilazane) on the surface of the wafer W. Thus, a quantity of HMDS on the surface of the wafer W can be measured, and hydrophobic treatment condition be evaluated with high reliability.
Abstract translation:目的:用于形成抗蚀剂图案的装置中,以高可靠性和优化疏水处理条件来评估基材表面上的疏水性。 构成:将HMDS气体供给到用于疏水处理的晶片W的表面,并且将晶片W容纳在盒台21上的密封容器6中,并将其输送到用于形成抗蚀剂的装置A1外的分析器A2 模式。 通过使用诸如TOF-SIMS等的分析部分来分析晶片W的表面上的离子质量,例如CH 3 Si +,C 3 H 9 Si +,C 3 H 9 Si-等,由此分析设备A2测量量 的HMDS(六甲基二硅氮烷)。因此,可以测量晶片W的表面上的一定量的HMDS,并且以高可靠性评价疏水处理条件。