Used of transfer technology of latex particles in oil/water interface to imitating interfacial reaction of huge biomolecular

根据模拟生物分子的可能性，对离子乳胶颗粒进行了电化学和光学检测。发现油滴和水滴在油相和水相的界面附近自发形成，与乳胶无关。将界面水滴的形成应用于气|水界面和汞|水界面。氢气气泡在水中自发分散，并保持稳定。金属汞滴也分散在水中。其中一名研究人员受邀在第九届纳米粒子、液滴和气泡电化学国际会议（9echem）上发表演讲。

Ionic latex particles were examined electrochemically and optically in the light of possibility of simulated biomolecules. Oil droplets and water droplets were found to be formed spontaneously near interfaces between oil and water phases, regardless of the latex. The formation of the droplets at the interface was applied to the gas|water interface and the mercury|water interface. Hydrogen bubbles were dispersed in water spontaneously, and kept stable. Metal mercury droplets were also dispersed in water. One of researchers was an invited speaker in ninth international conference (9ECHEMS) for electrochemistry of nano particles, droplets and bubbles.