organogel

基本解釋

The immobilized-technology of water-in-oil microemulsion-based organogel( MBG) and the biosensor using MBG were summarized.
對微乳液凝膠固定化技術(shù)及微乳液凝膠在生物傳感器領(lǐng)域的應(yīng)用做了綜述。
The results indicated that transport of the metal ions from the organogel to the upper microemulsion was a rate-determining step for the coordination reaction.
結(jié)果表明，在由含紫脲酸胺微乳液及含金屬離子微乳凝膠構(gòu)成的體系中，金屬離子在微乳凝膠中的傳質(zhì)是金屬離子與紫脲酸胺配位反應(yīng)的限速步驟。
The introduction of the functional groups in the gel could make the organogel show unique optical properties which have potential applications in optical nanomaterials.
熒光光譜顯示，相同濃度下，凝膠的熒光發(fā)射強度遠高于其溶液的強度，這種聚集導(dǎo)致的熒光增強現(xiàn)象是由于分子在堆積時其平面性增加以及分子在凝膠中運動受到限制的緣故。
Keywords Electric field driving;Hydrogel;Organogel;
電場驅(qū)動;高分子水凝膠;有機凝膠;
Keywords supramolecular organogel;guest molecule;diffusion;
超分子有機凝膠;客體分子;擴散;