Visualization of the process of water structured by fluorescence imaging

将氙气加压并溶解于含有荧光剂(尿氨酸)的水中，通过荧光强度的差异直观地显示水的结构过程。在这种情况下，尿氨酸的适宜浓度为5×10~(-11)M。一旦产生水合氙气，溶液就成为液态结构水和固体部分水合物的混合物。在这种情况下，识别每个相的合适浓度为5×10~(-5)M。

Xenon gas was pressurized and dissolved into water containing fluorescent reagent (uranine) and the process of the water structured was visualized by the difference in fluorescent intensity. In this case, the appropriate concentration of uranine was revealed to be 5x10-11 M.Once xenon hydrate was generated, the solution became a mixture of structured water in liquid phase and hydrate in solid pahse. In this case, the appropriate concentration of uranine to recognize each phase was 5x10-5 M.