in neat triglyme, the separation curves closely match the approach characteristics during compression of the polymeric structure formed (Figure S6). This indicates a stable polymeric structure that decompresses upon separation. Interestingly, there is a significant adhesion hysteresis with an adhesive minimum at D ~ 5 nm, which is close to the distance where the polymer repulsion kicks in during approach. This is a strong sign that the polymeric network can effectively bridge the two surfaces. The distance of this minimum is too far out to have anything to do with a van der Waals interaction induced minimum. In contrast, even at low csalt = 0.001 M LiTf concentration, we find no significant indications for a polymeric network growth, and the adhesive minimum is located at D ~ 0
在純三甘醇二甲醚中,分離曲線與形成的聚合物結構壓縮過程中的進近特性非常匹配(圖S6)。這表明穩定的聚合物結構在分離時會減壓。有趣的是,存在顯著的粘合滯後,在D〜5 nm處的粘合最小值最小,該距離接近進近過程中聚合物排斥的距離。這是聚合物網絡可以有效橋接兩個表面的有力信號。這個最小值的距離太遠,與范德華相互作用引起的最小值無關。相比之下,即使在低玄武岩鹽= 0.001 M LiTf濃度下,我們也沒有發現明顯的跡象表明聚合物網絡的生長,並且膠粘劑的最小值位於D〜0
在純三聚物中,分離曲線與所形成聚合物結構壓縮過程中的接近特性密切匹配(圖S6)。這表明一個穩定的聚合物結構,在分離時減壓。有趣的是,在D~5nm處有一個明顯的粘附滯後現象,這與接近過程中聚合物排斥作用的距離很接近。這是一個强有力的迹象,表明聚合物網絡可以有效地橋接兩個表面。這個極小值的距離太遠,與範德華相互作用誘導的極小值無關。相反,即使在較低的csalt=0.001 M LiTf濃度下,我們也沒有發現聚合物網絡生長的明顯迹象,並且粘合劑最小值位於D~0