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| Research Domain：Advance Function Materials and Inorganic Synthetic |
Country：[CN] |
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(1)Nanoscale composite material and device in solar cells.
(2)Multifunction ultra-fine fluorescent powders.
(3)Novel catalytic materials with high specific surface and its applications.
(4)Application of nano-materials and nano-technologies in biology science.
(5)Exploration of nano-materials in new energy development.
(6)Key technology in large-scale synthesis and pilot-scale amplification of functional nano-materials.
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| Research Domain：Protein Crystallography |
Country：[CN] |
| Research Production： |
1,Study of structure and function for a-amylase
2,Study of Crystallography for molecule recognition in bio- macromolecule
The crystallographic coorinate for 11 data set has been deposited with the Protein Dtat Bank (PDB). Entry code : 1JFH, 1F8Q, 1HQW, 1HXO, 1PPI, 1JIR, 1JW6, 1LYO, 2LYO, 3LYO, 4LYO.
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| Research Domain：natural products |
Country：[CN] |
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Jiang has been engaged in the studies of chemistry of natural products for pharmaceutical application, organic analysis, structural identification of organic compounds and elementary organic chemistry. At the end of 1970s, she initiated research on photobiology in China . Around 1980, right after the first discovery and application of hypocerllins clinically as a phototherapeutic agent for the treatment of certain skin diseases and cancers, she and her colleagues kept on the studies of the mechanism of phototherapeutic effects of hypocerllins. She has made progress on the study of the structures and light energy transfers among the phycobiliproteins of marine algae. She published a number of monographs such as "Chemistry and Phototherapeutic Mechanism of Hypocrellins" which won her a second prize of the Natural Science Award of the Chinese Academy of Sciences in 1990, and other publications on phycobiliproteins for which she was conferred another second prize of the Natural Science Award of the Chinese Academy of Sciences in 1993.
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| Research Domain：superconducting magnets and superconducting microw |
Country：[CN] |
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From 1978 to 1981, he was in charge of building superconducting magnets and superconducting microwave cavities in the Institute of High Energy Physics . In 1981, he was in charge of the construction of the Molecular Reaction Dynamics Laboratory, Institute of Chemistry . Six large sets of high quality molecular beam facilities have been designed and built. Research on the photodissociation and photoionization of molecules and clusters has been performed on these facilities, and many valuable new results have been discovered. |
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| Research Domain：organic solids |
Country：[CN] |
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Since the 1970s, Zhu has been engaged in research on organic solids, one of the first scientists in China to start research in this field. Through his extensive studies, a series of new 1D and 2D organic conductors were discovered. He proposed and successfully introduced some structural characteristics of high-temperature superconductors for organic crystals, as a result of which, the first quasi-3D organic conductor was discovered. In connection with studies on organic ferromagnetism, dozens of organic compounds containing nitroxide radicals and magnetic LB films of nitroxide radicals were designed and prepared under his guidance. Based on these studies, he concluded that intermolecular interaction is the principal factor affecting the magnetic behavior of these molecular systems. The research results on the charge-transfer complexes based on C 60 , and the film structure of C 60 , C 70 as well as their derivatives have attracted great attention internationally. |
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| Research Domain：the structure and properties of polymer catalysts, |
Country：[CN] |
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Bai's research includes the structure and properties of polymer catalysts, X-ray crystal structure of organic compounds and EXAFS and molecular mechanics studies of conducting polymers. Since the mid 1980s, he has been involved in scanning probe microscopy. He has five patented series of microscopes, including the first atomic force microscope, scanning tunneling microscope and so on. Combining scanning probe microscopes with other techniques, he has systematically studied the surface structure and properties of organic and biological materials, and has made innovatory progress in the field of nano science and technology. He has won eight national and CAS awards and is the author of eight books and over 200 scientific papers.
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| Research Domain：Biomimetic films |
Country：[CN] |
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From 1986, his main interest has focused in Biomimetic films; Biosensor and other molecular organized assemblies, promoted and organized the committee of “organized molecular assemblies” in Chinese Chemical Society. |
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| Research Domain：the relationship of polymerization rate of silicic |
Country：[CN] |
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In the early days of his research, he studied the relationship of polymerization rate of silicic acid and pH under the supervise of Academician Dai Anbang and has received the 2nd National Natural Science Award. |
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| Research Domain：inorganic coating materials |
Country：[CN] |
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Prof. Ding has been engaged in the research on inorganic coating materials and made pioneering contributions to the plasma spraying equipment with its technological applications in China. He has worked on the composition, process, properties, structure and application bases of plasma sprayed coating for several decades and won totally 17 research achievements, among them 12 were awarded by National Scientific Commission, Chinese Academy of Sciences, Ministries, Provinces and Cities as well. He successfully prepared various special coating systems, characterized with thermal barrier, wear resistance, biological compatibility and infrared radiation. Several coating materials have been widely used in industry, defense and other fields. |
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| Research Domain：high temperature structural ceramics |
Country：[CN] |
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Prof. Guo has been engaged for a long time in the basic and applied research on high temperature structural ceramics. In the early 1980's, he studied on the metal-ceramic seal and its application in electric vacuum field. On the basis of understanding the mechanism of ceramic-metal seal, he proposed the active-Mo-Mn metallizing method which was suitable for sealing with various oxide ceramics, even the sealing between sapphire crystal and metal. as well as the Pt metallizing method to be applied under the acid and alkali environments. In the Ig70's, he began to study the strengthening and toughening of the ceramic materials systematically and developed the fiber enhanced ceramic composites, which have been employed in the space technology in China. After the mid-to-late 1980's, he studied the multi-phase composed ceramics and materials for ceramic-engine and paid more attention to the design of ceramic materials accordingly. In recent years, he has focused on the research of nanometer ceramics. He has won many important achievements that have been adopted in the related fields in China. |
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