Energetics of Microporous Materials

小行星9731782 该项目的目标是微孔材料的能量学是对创新合成所需的结构-稳定性-性能关系的基本理解，性能的定制，以及预测复杂和有用系统中的长期热稳定性和材料相容性。尽管它们很重要，但对沸石等材料的热力学性质知之甚少，本项目将使用高温反应量热法确定沸石和相关材料的能量学。 %沸石和相关的微孔材料形成了一大类技术上重要的材料，其在催化、气体分离、离子交换和吸附方面的应用对包括环境、能源和国防在内的许多重要社会领域产生了影响。 ***

9731782 Navrotsky The goal of this project entitled Energetics of Microporous Materials is a fundamental understanding of the structure- stability-property relations necessary for innovative synthesis, tailoring of properties, and predicting long-term thermal stability and materials compatibility in complex and useful systems. Despite their importance, the thermodynamic properties of classes of materials such as zeolites are poorly known, and this project will determine the energetics of zeolites and related materials using high-temperature reaction calorimetry. %%% Zeolites and related microporous materials form a large class of technologically important materials with applications in catalysis, gas separations, ion exchange and sorption that impact many fields important to society including the environment, energy, and national defense. ***