Low Temperature Microcalorimeter for Studies of Reactive Molecules with Catalyst Surfaces

研制了一台低温热流量热计 反应中间体的热力学性质 固体催化表面。 仪器的初始使用 将在异丁烷的裂解，合成的研究 脂肪胺的氢化和氢解 烯烃，以及碳氢化合物在铂上的反应， 沸石-L 这些设备所支持的努力具有重大意义 对石油、药物、农业化学品 和特种化学工业。

A low-temperature heat-flux calorimeter is acquire to study the thermodynamic properties of reactive intermediates on solid catalytic surfaces. The initial use of the instrument will be in studies of the cracking of isobutane, the synthesis of aliphatic amines, the hydrogenation and hydrogenolysis of olefins, and the reactions of hydrocarbons on platinum in zeolite-L. The efforts supported by this equipment have significant implications for the petroleum, drug, agricultural chemical, and specialty chemical industries.