In this paper a method has been proposed for the calculation of cohesive work and thus sur-face tension of liquids by the Monte Carlo computer simulation method with the use of Kihara po-tential. The surface tension v...In this paper a method has been proposed for the calculation of cohesive work and thus sur-face tension of liquids by the Monte Carlo computer simulation method with the use of Kihara po-tential. The surface tension values calculated for liquid argon, oxygen and nitrogen are in fairagreement with the experimental data.展开更多
Vascular embolization treatment,a minimally invasive surgery for various blood vessel-related conditions,has emerged as a crucial method in treating such as hemorrhage,arteriovenous malformation,aneurysms,and hypervas...Vascular embolization treatment,a minimally invasive surgery for various blood vessel-related conditions,has emerged as a crucial method in treating such as hemorrhage,arteriovenous malformation,aneurysms,and hypervascular tumors.Liquid embolic agents are gaining prominence due to their distinct advantage in infiltrating distal regions,expanding the scope of embolization beyond the reach of solid agents.Recent strides in biomaterials and technologies have spurred the development of novel liquid embolic agents,addressing challenges posed by traditional options.This mini-review provides a concise overview of the recent progress in water-based liquid embolic agents,highlighting their potential to overcome limitations associated with current embolic materials.By presenting selected research outcomes,we illuminate advancements that enhance the efficacy of liquid embolic agents.Furthermore,the review outlines essential properties for effective liquid embolic agents,offering insights for future developments in this field.展开更多
TiO2 nanotube（TiNT） arrays were deposited on boron-doped diamond films by a liquid-phase deposition method with ZnO nanorod arrays as the template.The different morphologies of TiNTs have been obtained by controllin...TiO2 nanotube（TiNT） arrays were deposited on boron-doped diamond films by a liquid-phase deposition method with ZnO nanorod arrays as the template.The different morphologies of TiNTs have been obtained by controlling the morphology of ZnO template.The X-ray diffraction and energy-dispersive X-ray analysis show that the ZnO nanorod array template has been removed in the TiNTs formation process.The crystalline quality of the TiNTs is improved by increasing the annealing temperature.The band gap of the TiNTs is about 3.25 eV estimated by the UV-Vis absorption spectroscopy,which is close to the value of bulk TiO2.In the photoluminescence spectrum,a broad visible emission in a range of ca.550-750 nm appears due to the surface oxygen vacancies and defects.展开更多
文摘In this paper a method has been proposed for the calculation of cohesive work and thus sur-face tension of liquids by the Monte Carlo computer simulation method with the use of Kihara po-tential. The surface tension values calculated for liquid argon, oxygen and nitrogen are in fairagreement with the experimental data.
基金supported by the Japan Society for the Promotion of Science(JSPS)KAKENHI(Nos.JP21K14676,JP24K17728)the Project of the Institute for Chemical Reaction Design and Discovery(WPI-ICReDD).
文摘Vascular embolization treatment,a minimally invasive surgery for various blood vessel-related conditions,has emerged as a crucial method in treating such as hemorrhage,arteriovenous malformation,aneurysms,and hypervascular tumors.Liquid embolic agents are gaining prominence due to their distinct advantage in infiltrating distal regions,expanding the scope of embolization beyond the reach of solid agents.Recent strides in biomaterials and technologies have spurred the development of novel liquid embolic agents,addressing challenges posed by traditional options.This mini-review provides a concise overview of the recent progress in water-based liquid embolic agents,highlighting their potential to overcome limitations associated with current embolic materials.By presenting selected research outcomes,we illuminate advancements that enhance the efficacy of liquid embolic agents.Furthermore,the review outlines essential properties for effective liquid embolic agents,offering insights for future developments in this field.
基金Supported by the National Natural Science Foundation of China（Nos.51072066, 11247305）, the PhD Programs Foundation of Ministry of Education of China（No.20100061110083）, the Open Project of State Key Laboratory of Superhard Materials（Jilin University）, China（No.201213） and the Youth Fund of Science and Technology Department of Jiangxi Province, China （No.20131522040044）.
文摘TiO2 nanotube（TiNT） arrays were deposited on boron-doped diamond films by a liquid-phase deposition method with ZnO nanorod arrays as the template.The different morphologies of TiNTs have been obtained by controlling the morphology of ZnO template.The X-ray diffraction and energy-dispersive X-ray analysis show that the ZnO nanorod array template has been removed in the TiNTs formation process.The crystalline quality of the TiNTs is improved by increasing the annealing temperature.The band gap of the TiNTs is about 3.25 eV estimated by the UV-Vis absorption spectroscopy,which is close to the value of bulk TiO2.In the photoluminescence spectrum,a broad visible emission in a range of ca.550-750 nm appears due to the surface oxygen vacancies and defects.
