Nanoporous Molecular Materials Featuring Designable Controllable Chemical Recognition and Sensing Properties

有了这个新奖项，有机和大分子化学项目支持了西北大学约瑟夫·t·赫普博士的工作。这项工作的目标是利用无机材料开发具有可设计和可控化学识别特性的新型纳米多孔化学传感器。这些新型材料是由矩形管构成的，用三羰基氯化铼作为角连接，以及各种不同尺寸的有机二胺（例如4,4'-二吡啶）作为侧成员。化学传感和定量是由发光和微重力（SAW或石英晶体微重力）测量提供的。Hupp博士正在开发一种新型化学传感器，这种传感器基于具有可控孔径的分子结构，可用于感知和测量空气和水中有毒污染物的浓度

With this New award, the Organic and Macromolecular Chemistry Program is supporting the work of Dr. Joseph T. Hupp of Northwestern University. The goal of this work is to develop new nanoporous chemical sensors from inorganic materials with designable and controllable chemical recognition properties. These novel materials are constructed with rectangular tubules using rhenium tricarbonyl chloride for corner links, and a variety of organic diamines (for example 4,4'-dipyridyl) of varying sizes as the side members. Chemical sensing and quantitation are provided by luminescence and microgravimetric (SAW or quartz crystal microgravimetry) measurements. Dr. Hupp is developing a new class of chemical sensors, based on molecular structures with controllable pore size, that could be used to sense and measure the concentrations of toxic pollutants in air and water