1·The results showed that reducing thiols concentration can reduce specific surface energy, so as to enhance transfer efficiency and spreading effect of ink on substrate surface.
结果表明：降低硫醇浓度可降低其比表面能，从而增大转移率和增强在基底表面的铺展效果。
2·A designed organic compound of triazine thiols monosodium (TTN) was used for preparing polymeric film (PTT) on pure copper by polymer plating.
通过有机镀膜的方法，利用一种自设计合成的三嗪硫醇化合物(ttn)在铜表面制备有机薄膜。
3·Design and synthesis of thiols to engineer surfaces for biomedical applications.
硫醇的设计与合成表面的工程师为生物医学领域。
4·Changes of pattern precision and stable time with thiols concentration were studied with experiments.
实验研究了印刷图案精细程度和达到稳定的时间随硫醇浓度的变化情况。
5·The newly developed solid base technology has been applied on the desulfurization of LPG with good removal of hydrogen sulfide as well as the removal of thiols and the total sulfur.
开发的固体碱技术不仅具有良好的硫化氢脱除性能，而且还具有硫醇和总硫降低功能。该技术在液化石油气脱硫精制装置上进行了工业应用。