coupled with the thermal and hydrolytic stability of CMOM-3S, these features mean that a coated fused silica capillary column in which CMOM-3S serves as a CSP is both more versatile and more robust than three benchmark commercial columns. That the enantiomer with the longer GC retention time is consistently captured in CCS experiments enables CMOM-3S to serve as a powerful tool to enable both chiral purification
我们表明,CMOM-3S是一种以前未曾报道过的具有固有手性的多孔晶体
金属有机材料,可作为通用手性结晶海绵(CCS)和用于气相色谱(GC)的手性固定相(C
SP)。CMOM-3S的特性是通过与模拟酶结合位点的适应性分子识别位点相连的纳米级通道实现的。此外,CMOM-3S由廉价的组件组成,易于制备,并且仅需痕量分析物。与CMOM-3S的热稳定性和
水解稳定性相结合时,这些功能意味着以CMOM-3S用作C
SP的涂层熔融石英毛细管色谱柱比三种基准商业色谱柱具有更多的通用性和更强的耐用性。