3篇
您的检索式：作者名="LIU Fusong"
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| 1 | Microstructure and optical properties of Ag_5In_5Te_(47)Sb_( 33) phase change thin films with high reflection in thermal annealing process显示文摘The microstructure and optical properties of Ag-5In-5Te 47Sb 33 phase change films with high reflection in the thermal annealing process were systematically reported. The as_deposited film is amorphous and its crystalline temperature is 160℃. The annealed films are crystalline. The crystalline phases are AgInTe-2, AgSbTe-2 and Sb when annealed at low temperature. When annealed at 220℃, the AgInTe-2 phase disappears and the amount of AgSbTe-2 is the largest. The research of electronic transmission microscopy shows that the morphology of AgSbTe 2 is sphere and that of Sb is bludgeon. The reflection of the annealed films is higher and reaches its peak value at 220℃. | LIU Huiyong, JIANG Fusong, MEN Liqiu, FAN Zhengxiuand GAN Fuxi Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of Sciences, Shanghai 201800, China | 1998 | Chinese Science Bulletin1998，43，24： | 1 |
| 2 | Effect of Geometric Variation of Root Fillet on the Flow Characteristic of a Transonic Compressor Rotor显示文摘The effects of root fillet on the flow behavior of high loading compressor rotor tends to be much more crucial in practice,and it’s necessary to explore the internal relations between the geometric effects of root fillet and the flow behaviors of rotor blade.Therefore,eight types of root fillet with different radius were designed and installed around the blade root of NASA Rotor67.With the aids of fillet,the corner separation near suction side of blade root has been suppressed significantly in that the root fillet reconstructs the circumferential bending distributon of the suction-side curve from leading edge to trailing edge,and reduces the genmetric turning angle in the latter part of root section near trailing edge.However,apart from the improvement of corner flow characteristic caused by root fillet,both the tip flow deterioration and the decrease of stall margin occur in the new rotors,which indicates an indirect correlation between tip flow characteristic and root fillet exists indeed in the three-dimensional flowfields of transonic rotor.Actually,by means of the new radial pressure equilibrium affected by root fillet,a larger radius of root fillet contributes to much larger blade loading and stronger leakage flow in tip region of compressor rotor.As a result,a monotonic decrease of stall margin was present in the transonic rotor with increase of the root fillet radius.Subsequently,the positive bending of blade tip was introduced to deal with the negative effect caused by the root fillet indirectly.Combined with the effects of root fillet and positive tip-bending on the radial pressure equilibrium existing in channels,both the radial and streamwise loading distributions tend to be much more reasonable in new rotors,and the static pressure difference in former 1/3 chord of blade tip has decreased clearly which benefits to reduce the strength of leakage flow in tip region.Therefore,the flow deterioration in tip region of transonic rotor induced by root fillet has been well suppressed,with an obvious improvement of overall performance occurring in new rotors. | CUI Weiwei LIU Yuqiang LIU Fusong YANG Laishun LI Longting YAO Fei WANG Xinglu WANG Cuiping | 2023 | Journal of Thermal Science2023，32，4： | 0 |
| 3 | Seismic response of a mid-story isolated structure considering SSI in mountainous areas under long-period earthquakes显示文摘At present,there is not much research on mid-story isolated structures in mountainous areas.In this study,a model of a mid-story isolated structure considering soil-structure interaction(SSI)in mountainous areas is established along with a model that does not consider SSI.Eight long-period earthquake waves and two ordinary earthquake waves are selected as inputs for the dynamic time history analysis of the structure.The results show that the seismic response of a mid-story isolated structure considering SSI in mountainous areas can be amplified when compared with a structure that does not consider SSI.The structure response under long-period earthquakes is larger than that of ordinary earthquakes.The structure response under far-field harmonic-like earthquakes is larger than that of near-fault pulse-type earthquakes.The structure response under near-fault pulse-type earthquakes is larger than that of far-field non-harmonic earthquakes.When subjected to long-period earthquakes,the displacement of the isolated bearings exceeded the limit value,which led to instability and overturning of the structure.The structure with dampers in the isolated story could adequately control the nonlinear response of the structure,effectively reduce the displacement of the isolated bearings,and provide a convenient,efficient and economic method not only for new construction but also to retrofit existing structures. | Wan Feng Qin Shengwu Liu Dewen Zhao Tiange Zheng Yanping Shan Hang Li Zhiang Peng Fusong Xu Jingran Lei Min | 2024 | Earthquake Engineering and Engineering Vibration2024，23，1： | 0 |
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