Matches in SemOpenAlex for { <https://semopenalex.org/work/W4306693638> ?p ?o ?g. }
- W4306693638 endingPage "13271" @default.
- W4306693638 startingPage "13261" @default.
- W4306693638 abstract "The formation of the interfacial adhesion between an epoxy adhesive and a substrate was normally accompanied by the epoxy curing process on the substrate. Although the debate on the formation mechanism of the interfacial adhesion is still ongoing, this issue can causally be resolved by studying the interfacial structural formation between the epoxy adhesive and the substrate. Herein, to reveal the interfacial structural formation of a representative formula composed of epoxy (digylcidyl ether of biphenyl A, DGEBA) and amine hardener (2,2'-(ethylenedioxy) diethylamine, EDDA) with the steel substrate upon curing and postcuring treatments, sum-frequency generation (SFG) vibrational spectroscopy with a sandwiched transparent window/epoxy adhesive/steel setup was applied to detect and track the buried molecular-level structures at the epoxy adhesive/steel interface. An X-ray photoelectron spectroscopic (XPS) experiment was performed to probe the intentionally exposed interface to disclose the occurring interfacial chemical reaction. The reaction between the epoxy groups and the steel-surface OH groups and the molecular reconstruction of interfacial epoxy methyl groups upon curing and postcuring steps were confirmed. The latter also indirectly indicated the formation of the additional hydrogen bonding and the former bonding reaction at the interface. The above two spectroscopic experimental results matched up with the further examination of the adhesion strength. Therefore, this work elucidates the formation of the interfacial bonding between the epoxy formula and the steel substrate upon curing and postcuring treatments at the molecular level, thus providing an in-depth insight into the origin of the interfacial adhesion." @default.
- W4306693638 created "2022-10-19" @default.
- W4306693638 creator A5011963910 @default.
- W4306693638 creator A5038653391 @default.
- W4306693638 creator A5048756404 @default.
- W4306693638 creator A5054061272 @default.
- W4306693638 date "2022-10-18" @default.
- W4306693638 modified "2023-10-14" @default.
- W4306693638 title "Spectroscopically Detecting Molecular-Level Bonding Formation between an Epoxy Formula and Steel" @default.
- W4306693638 cites W1567086442 @default.
- W4306693638 cites W1629989460 @default.
- W4306693638 cites W1964542241 @default.
- W4306693638 cites W1964558542 @default.
- W4306693638 cites W1966795721 @default.
- W4306693638 cites W1971531258 @default.
- W4306693638 cites W1985089472 @default.
- W4306693638 cites W1994159782 @default.
- W4306693638 cites W1996709239 @default.
- W4306693638 cites W1998039820 @default.
- W4306693638 cites W2001063705 @default.
- W4306693638 cites W2004581014 @default.
- W4306693638 cites W2004634551 @default.
- W4306693638 cites W2005638611 @default.
- W4306693638 cites W2013609412 @default.
- W4306693638 cites W2016430623 @default.
- W4306693638 cites W2016581040 @default.
- W4306693638 cites W2019734989 @default.
- W4306693638 cites W2025434047 @default.
- W4306693638 cites W2025959544 @default.
- W4306693638 cites W2028365184 @default.
- W4306693638 cites W2035672254 @default.
- W4306693638 cites W2037904817 @default.
- W4306693638 cites W2042481049 @default.
- W4306693638 cites W2047501009 @default.
- W4306693638 cites W2048578777 @default.
- W4306693638 cites W2050305033 @default.
- W4306693638 cites W2058472473 @default.
- W4306693638 cites W2065027760 @default.
- W4306693638 cites W2066512277 @default.
- W4306693638 cites W2067821192 @default.
- W4306693638 cites W2069366616 @default.
- W4306693638 cites W2074748684 @default.
- W4306693638 cites W2076469779 @default.
- W4306693638 cites W2077017393 @default.
- W4306693638 cites W2078415851 @default.
- W4306693638 cites W2080411202 @default.
- W4306693638 cites W2081582571 @default.
- W4306693638 cites W2082239137 @default.
- W4306693638 cites W2083469768 @default.
- W4306693638 cites W2089397327 @default.
- W4306693638 cites W2095583349 @default.
- W4306693638 cites W2098908528 @default.
- W4306693638 cites W2111637658 @default.
- W4306693638 cites W2149502391 @default.
- W4306693638 cites W2152758994 @default.
- W4306693638 cites W215378657 @default.
- W4306693638 cites W2154124683 @default.
- W4306693638 cites W2155390276 @default.
- W4306693638 cites W2313982833 @default.
- W4306693638 cites W2315368656 @default.
- W4306693638 cites W2315475367 @default.
- W4306693638 cites W2322284173 @default.
- W4306693638 cites W2322584871 @default.
- W4306693638 cites W2323762690 @default.
- W4306693638 cites W2329504601 @default.
- W4306693638 cites W2330298349 @default.
- W4306693638 cites W2330839670 @default.
- W4306693638 cites W2402639116 @default.
- W4306693638 cites W2462402469 @default.
- W4306693638 cites W2468310998 @default.
- W4306693638 cites W2470475373 @default.
- W4306693638 cites W2493974509 @default.
- W4306693638 cites W2514002041 @default.
- W4306693638 cites W2516362529 @default.
- W4306693638 cites W2547835991 @default.
- W4306693638 cites W2554274496 @default.
- W4306693638 cites W2605376976 @default.
- W4306693638 cites W2735168909 @default.
- W4306693638 cites W2786428916 @default.
- W4306693638 cites W2793316297 @default.
- W4306693638 cites W2793685976 @default.
- W4306693638 cites W2881163424 @default.
- W4306693638 cites W2888502206 @default.
- W4306693638 cites W2888505326 @default.
- W4306693638 cites W2895877433 @default.
- W4306693638 cites W2913310806 @default.
- W4306693638 cites W2952221836 @default.
- W4306693638 cites W2953538859 @default.
- W4306693638 cites W2974824888 @default.
- W4306693638 cites W2980230217 @default.
- W4306693638 cites W3006897992 @default.
- W4306693638 cites W3007581687 @default.
- W4306693638 cites W3009788806 @default.
- W4306693638 cites W3084141219 @default.
- W4306693638 cites W3088235789 @default.
- W4306693638 cites W3091388898 @default.
- W4306693638 cites W3094683493 @default.
- W4306693638 cites W4224245053 @default.