url: =Young Scientists Forum 2017 | (2018) | Publications | Spie\nEditor(s): Songlin Zhuang; Junhao Chu; Jian-Wei Pan\nVolume Number: 10710\nAuthor(s): Dongyang Gao; Xiaobing Zheng; Jianjun Li; Youbo Hu; Maopeng Xia; Abdul Salam; Peng Zhang\nAuthor(s): Dong He; Qiang Wang; Jian-Wei Zhou; Zhi-Jun Song; Dai-Jun Zhong; Yu Jiang; Wan-Sheng Liu; Yong-Mei Huang\nAuthor(s): Xiang-Zhen Zhou; Xu-Tao Yu; Zai-Chen Zhang\nAuthor(s): Xiaoliang Li; Lei Luo; Pengwei Li; Qingkui Yu\nAuthor(s): Ru Yang; Yang Xue; Yunxia Li; Lei Shi; Yu Zhu; Qiuli Zhu\nAuthor(s): Qi-Zhen Fan; Xiao-Hang Cheng; Xi Chen\nAuthor(s): Weiwei Jia; Xiaojian Xu; Chunzhu Dong; Tao Zhao\nAuthor(s): Lin Wen; Yu-dong Li; Dong Zhou; Jie Feng; Qi Guo; Xing-yao Zhang; Xin Yu\nAuthor(s): Jin Liu; Zongfu Huang; Hongjun Mao; Yonghui Liang\nAuthor(s): Xingyao Zhang; Yudong Li; Qi Guo; Jie Feng\nAuthor(s): Qiang Bian; Zhangqi Song; Xueliang Zhang; Yang Yu; Yuzhong Chen\nAuthor(s): Wenting Diao; Yongyong Zhuang; Xuerui Song; Liujun Wang; Chongdi Duan\nAuthor(s): Tian-Yu Ren; Qing-Duo Duanmu; Jing Liu; Bo-Qi Wu\nAuthor(s): Chen Dong; Shang-Hong Zhao; Wei Li; Jian Yang\nAuthor(s): Jie Feng; Yudong Li; Lin Wen; Qi Guo; Xingyao Zhang\nAuthor(s): Maliya ; Abuduwayiti Aierken; Yudong Li; Dong Zhou; Xiaofan Zhao; Qi Guo; Chaoming Liu\nAuthor(s): Shijing Chen; Changbao Huang; Youbao Ni; Haixin Wu; Zhenyou Wang\nAuthor(s): Song-lin Wang; Gao-yuan Mi; Chong-min Yang; Jian-fu Zhang; Ying-hui Wang; Qing-long Liu; Ming-wei Li\nAuthor(s): Songlin Wang; Gaoyuan Mi; Jianfu Zhang; Chongmin Yang\nAuthor(s): Tian-Yu Ren; Qing-Duo Duanmu; Bo-Qi Wu\nAuthor(s): Hairui Zeng; Huayan Sun; Tinghua Zhang\nAuthor(s): Zhiwei Liu; Yuan Lu; Dianxin Hou\nAuthor(s): Hongyu Wang; Tong Jia; Chengdong Wu; Yongqiang Li\nAuthor(s): Xilu Yang; Yurong Dong; Pan Zeng; Yan Yu; Yujun Xie; Junyi Gong; Meng Shi; Rongqing Liang; Qiongrong Ou; Nan Chi; Shuyu Zhang\nAuthor(s): Wei Li; Wei Ying Wang\nAuthor(s): Shuai Xing; Tengfei Wu; Shuyi Li; Chuanqing Xia; Jibo Han; Lei Zhang; Chunbo Zhao\nAuthor(s): Mingxiao Zhang; Yongjun Wang; Xinyu Liu\nAuthor(s): Qiang Bian; Zhangqi Song; Dongyu Song; Xueliang Zhang; Bingsheng Li; Yang Yu; Yuzhong Chen\nAuthor(s): Kaiqiang Yao; Qingbing Zeng; Zengrong Hu; Yaohui Zhan\nAuthor(s): Xuan Zhou; Dayong Jiang; Xiaojiang Yang; Zexuan Guo; Nan Hu; Yuhan Duan; Wei Zhang\nAuthor(s): Yuhan Duan; Mingyu Cong; Dayong Jiang; Zexuan Guo; Xuan Zhou; Nan Hu; Kun Yu\nAuthor(s): Yi Wang; Jianfeng Yang; Yong Ou\nAuthor(s): Jun-ye Li; Wen-qing Meng; Gui-ling Wu; Jing-lei Hu; Bao-zuo Wang\nAuthor(s): Feng Jing; Junfeng Han; Meilin Xie; Peng Liu; Xubin Feng\nAuthor(s): Huayi Liu; Zheng Qian; Hao Yu; Yutao Li\nAuthor(s): Xingfang Zhou; Baoqing Guo; Wei Wei\nAuthor(s): Chuanpei Xu; Junhao Niu; Jing Ling; Suyan Wang\nAuthor(s): Yu Wang; Hongyan He; Wei Tan; Wenwen Qi\nAuthor(s): Huifang Chen; Jinguang Tong; Yiqin Wang; Li Jiang\nAuthor(s): Junye Li; Yang Liu; Jikun Hou; Jinglei Hu; Hengfu Zhang; Guiling Wu\nAuthor(s): Ziao Zheng\nAuthor(s): Zihan Qiu; Yining Gao; Wei Xie\nAuthor(s): Yanju Ji; Xiyang Liu; Wanyu Huang; Jiang Yao; Guiyang Yuan; Luan Hui; Shanshan Guan\nAuthor(s): Hui Qi; Wenjuan Tang\nAuthor(s): Dawei Yang; Yongdong Zhao; Fuzhou Feng; Pengcheng Jiang\nAuthor(s): Yingying Gu; Li Wang; Shaogang Guo; Yun Wu; Da Liu\nAuthor(s): Yingying Gu; Li Wang; Qingwen Wu\nAuthor(s): Li Zhang; Rongjun He\nAuthor(s): XiaoLi Fan; Jing Wang; Lian Xue; Chang Liu; YaYun Wang\nAuthor(s): Can Luo; Yunchu Wang; Fei Xing\nAuthor(s): Zhilei Ren; Jin Liu; Yonghui Liang; Yulong He\nAuthor(s): Xuan Chen; Wenwen Qi; Peng Xu\nAuthor(s): Fangyi Qi; Xuefei Han; Yanqing Yao; Yuting Xiong; Yuqiong Huang; Hua Wang\nAuthor(s): Renwei Zhang; Wei Liu; Yongkang Lu; Yang Zhang; Jianwei Ma; Zhenyuan Jia\nAuthor(s): Jiaye Chen; Rongjun Mu; Xin Zhang; Yanpeng Deng\nAuthor(s): Shu-tao Wang; Tao Peng; Qi Cheng; Gui-chuan Wang; De-ming Kong; Yu-tian Wang\nKey technology research of HILS based on real-time operating system\nAuthor(s): Fankai Wang; Huiming Lu; Che Liu\nIn order to solve the problems that the long development cycle of traditional simulation and digital simulation doesn’t have the characteristics of real time, this paper designed a HILS(Hardware In the Loop Simulation) system based on the real-time operating platform xPC. This system solved the communication problems between HMI and Simulink models through the MATLAB engine interface, and realized the functions of system setting, offline simulation, model compiling and downloading, etc. Using xPC application interface and integrating the TeeChart ActiveX chart component to realize the monitoring function of real-time target application; Each functional block in the system is encapsulated in the form of DLL, and the data interaction between modules was realized by MySQL database technology. When the HILS system runs, search the address of the online xPC target by means of the Ping command, to establish the Tcp/IP communication between the two machines. The technical effectiveness of the developed system is verified through the typical power station control system.\nAuthor(s): Peng Wu; Shuijie Qin; Ning Xu\nA novel method for length of chirped fiber Bragg grating sensor\nAuthor(s): Zhenwei Li; Peng Wei; Taolin Liu\nLength of chirped fiber Bragg grating sensor is very important for detonation velocity. Different from other ways, we proposed a novel method based on the optical frequency domain reflection theory to measure the length of chirped fiber grating sensor in non-contact condition. This method adopts a tunable laser source to provide wavelength scanning laser, which covers the Full Width at Half Maximum of spectrum of the chirped fiber Bragg grating sensor. A Michelson interferometer is used to produce optical interference signal. Finally, the grating’s length is attainable by distance domain signal. In theory, length resolution of chirped fiber Bragg grating sensor could be 0.02 mm. We perform a series of length measurement experiments for chirped fiber grating sensor, including comparison experiments with hot-tip method. And the experiment results show that the novel method could accurately measure the length of chirped fiber Bragg grating sensors, and the length differences between the optical frequency domain reflection method and the hot-tip probe method are very small.\nAn AK-LDMeans algorithm based on image clustering\nAuthor(s): Huimin Chen; Xingwei Li; Yongbin Zhang; Nan Chen\nClustering is an effective analytical technique for handling unmarked data for value mining. Its ultimate goal is to mark unclassified data quickly and correctly. We use the roadmap for the current image processing as the experimental background. In this paper, we propose an AK-LDMeans algorithm to automatically lock the K value by designing the Kcost fold line, and then use the long-distance high-density method to select the clustering centers to further replace the traditional initial clustering center selection method, which further improves the efficiency and accuracy of the traditional K-Means Algorithm. And the experimental results are compared with the current clustering algorithm and the results are obtained. The algorithm can provide effective reference value in the fields of image processing, machine vision and data mining.\nAuthor(s): Hongchi Sun; Rongjun Mu; Huajun Du; Peng Wu\nTestability analysis on a hydraulic system in a certain equipment based on simulation model\nAuthor(s): Rui Zhang; Hua Cong; Yuanhong Liu; Fuzhou Feng\nAiming at the problem that the complicated structure and the shortage of fault statistics information in hydraulic systems, a multi value testability analysis method based on simulation model is proposed. Based on the simulation model of AMESim, this method injects the simulated faults and records variation of test parameters ,such as pressure, flow rate, at each test point compared with those under normal conditions .Thus a multi-value fault-test dependency matrix is established. Then the fault detection rate (FDR) and fault isolation rate (FIR) are calculated based on the dependency matrix. Finally the system of testability and fault diagnosis capability are analyzed and evaluated, which can only reach a lower 54%(FDR) and 23%(FIR). In order to improve testability performance of the system,. number and position of the test points are optimized on the system. Results show the proposed test placement scheme can be used to solve the problems that difficulty, inefficiency and high cost in the system maintenance.\nAuthor(s): Che Liu; Huiming Lu; Fankai Wang\nThis paper designed HILS（Hardware In the Loop Simulation）interactive system based on xPC platform . Through the interface between C++ and MATLAB engine, establish the seamless data connection between Simulink and interactive system, complete data interaction between system and Simulink, realize the function development of model configuration, parameter modification and off line simulation. We establish the data communication between host and target machine through TCP/IP protocol to realize the model download and real-time simulation. Use database to store simulation data, implement real-time simulation monitoring and simulation data management. Realize system function integration by Qt graphic interface library and dynamic link library. At last, take the typical control system as an example to verify the feasibility of HILS interactive system.\nAuthor(s): Yang Zhang; Haiyang Zhao; Wei Liu; Zhiyuan Zhang; Hongtu Di; Bing Liang; Hongwen Xing; Zhenyuan Jia\nAuthor(s): Xin-ran Ren; Wen-li Ma; Ping Jiang; Jin-long Huang; Nian Pan; Shuai Guo; Jun Luo; Xiao Li\nEquivalent analysis of stacked-core mirrors\nAuthor(s): Kaicheng Ding; Huadong Lian\nStacked-core mirror is fabricated by fusing two faceplates and multiple honeycomb cores with different geometry parameters, which is an effective method to fabricate large aperture, low areal density and high stiffness mirror substrates. To improve design efficiency and simulation accuracy of stacked-core mirrors, two equivalent modeling methods based on equivalent plate method theory and sandwich plate theory were given. Then the dynamic and static analyses were carried out and the results were compared with detailed finite models to analyze the influence of diameterthickness ratio and layer thickness ratio on the accuracy of equivalent methods. The results of both equivalent models in dynamic analyses are obtained with a good accuracy. Error in first frequency increases with the decrease of the diameterthickness ratio and the increase of honeycomb core layer proportion. The results in static analyses show that equivalent models have a good accuracy to symmetry structures when layer thickness ratio changes. Error in static analyses are less than 6% for equivalent plate model and less than 2% for sandwich plate model when diameter-thickness ratio changes. The accuracy of equivalent plate model is lower than that of sandwich plate model in dynamic and static analyses. The equivalent methods discussed in this paper are efficient for stacked-core mirrors’ design and optimization.\nAuthor(s): Siqi Yu; Dong Liu; Zhenzhu Wang; Jiwei Xu; Xiaomin Tian; Decheng Wu; Chenbo Xie; Yingjian Wang\nAuthor(s): Zhiqiang Kuang; Dong Liu; Qian Deng; Zhanye Zhang; Zhenzhu Wang; Siqi Yu; Zongming Tao; Chenbo Xie; Yingjian Wang\nAuthor(s): ZhanYe Zhang; ChenBo Xie; ZhenZhu Wang; ZhiQiang Kuang; Qian Deng; ZongMing Tao; Dong Liu; Yingjian Wang\nAuthor(s): Wei Chang; DongJing Cao; MinLong Lian\nThe tape spring belongs to the configuration of ringent cylinder shell, and the mechanical properties of the structure are significantly affected by the change of geometrical parameters. There are few studies on the influence of geometrical parameters on the mechanical properties of the tape spring. The bending process of the single tape spring was simulated based on simulation software. The variations of critical moment, unfolding moment, and maximum strain energy in the bending process were investigated, and the effects of different radius angles of section and thickness and length on driving capability of the simple tape spring was studied by using these parameters. Results show that the driving capability and resisting disturbance capacity grow with the increase of radius angle of section in the bending process of the single tape spring. On the other hand, these capabilities decrease with increasing length of the single tape spring. In the end, the driving capability and resisting disturbance capacity grow with the increase of thickness in the bending process of the single tape spring. The research has a certain reference value for improving the kinematic accuracy and reliability of deployable structures.\nAuthor(s): Peng Wu; Rongjun Mu; Xin Zhang; Yanpeng Deng\nDeep convolutional neural network based antenna selection in multiple-input multiple-output system\nAuthor(s): Jiaxin Cai; Yan Li; Ying Hu\nAntenna selection of wireless communication system has attracted increasing attention due to the challenge of keeping a balance between communication performance and computational complexity in large-scale Multiple-Input MultipleOutput antenna systems. Recently, deep learning based methods have achieved promising performance for large-scale data processing and analysis in many application fields. This paper is the first attempt to introduce the deep learning technique into the field of Multiple-Input Multiple-Output antenna selection in wireless communications. First, the label of attenuation coefficients channel matrix is generated by minimizing the key performance indicator of training antenna systems. Then, a deep convolutional neural network that explicitly exploits the massive latent cues of attenuation coefficients is learned on the training antenna systems. Finally, we use the adopted deep convolutional neural network to classify the channel matrix labels of test antennas and select the optimal antenna subset. Simulation experimental results demonstrate that our method can achieve better performance than the state-of-the-art baselines for data-driven based wireless antenna selection.\nAuthor(s): Jin Zhang; Zhiwen Chai; Changyu Long; Huaxia Deng; Mengchao Ma; Xiang Zhong; Huan Yu\nAuthor(s): Jing Zhang; Jian-hui Wang; Bin Xu; Zhi-dong Huang; Lan-tao Huang\nAuthor(s): Zhihao Zhu; Minpu Qiu\nIt was considered to get interferometry data from microlens array and reconstruct initial image through it directly, while which used to be taken to calculate the phase difference to get the structure of objects in measurement technology. It broke through the depend of resolution improvement on the size of apertures, reducing the volume of image system vastly. Nevertheless, on account of the phase deficiency, this method could not show the details well enough to be generally used in measurement and control systems. Through support estimation of the target, with the feature extraction technology, the deconvolution function could be got, by which the sidelobe and pinniform structure in the “ditry” image caused by the lack of frequency could be eliminated, and phase retrieval was done. Simulation did the reconstruction experiment, yet had got relatively good detail presentations.\nAuthor(s): Mengmin Xie; Yueping Chen; Anshe Zhang; Rui Fang\nApplication of lifting wavelet and random forest in compound fault diagnosis of gearbox\nAuthor(s): Tang Chen; Yulian Cui; Fuzhou Feng; Chunzhi Wu\nAiming at the weakness of compound fault characteristic signals of a gearbox of an armored vehicle and difficult to identify fault types, a fault diagnosis method based on lifting wavelet and random forest is proposed. First of all, this method uses the lifting wavelet transform to decompose the original vibration signal in multi-layers, reconstructs the multi-layer low-frequency and high-frequency components obtained by the decomposition to get multiple component signals. Then the time-domain feature parameters are obtained for each component signal to form multiple feature vectors, which is input into the random forest pattern recognition classifier to determine the compound fault type. Finally, a variety of compound fault data of the gearbox fault analog test platform are verified, the results show that the recognition accuracy of the fault diagnosis method combined with the lifting wavelet and the random forest is up to 99.99%.\nA novel collaborative representation and SCAD based classification method for fibrosis and inflammatory activity analysis of chronic hepatitis C\nAuthor(s): Jiaxin Cai; Tingting Chen; Yan Li; Nenghui Zhu; Xuan Qiu\nIn order to analysis the fibrosis stage and inflammatory activity grade of chronic hepatitis C, a novel classification method based on collaborative representation (CR) with smoothly clipped absolute deviation penalty (SCAD) penalty term, called CR-SCAD classifier, is proposed for pattern recognition. After that, an auto-grading system based on CR-SCAD classifier is introduced for the prediction of fibrosis stage and inflammatory activity grade of chronic hepatitis C. The proposed method has been tested on 123 clinical cases of chronic hepatitis C based on serological indexes. Experimental results show that the performance of the proposed method outperforms the state-of-the-art baselines for the classification of fibrosis stage and inflammatory activity grade of chronic hepatitis C.\nAuthor(s): Qian Deng; Zhenzhu Wang; Jiwei Xu; Min Tan; Decheng Wu; Chenbo Xie; Dong Liu; Yingjian Wang\nIt is widely acknowledged that it is important for the development of intelligent cars to be widely accepted by the majority of car users. While most of the intelligent cars have the system of monitoring itself whether it is on the good situation to drive, it is also clear that studies should be performed on the way of cars for the emergent rescue of the intelligent vehicles. In this study, writer focus mainly on how to derive a separate system for the car caring teams to arrive as soon as they get the signal sent out by the intelligent driving autos. This simulation measure the time for the rescuing team to arrive, the cost it spent on arriving on the site of car problem happens, also how long the queue is when the rescuing auto is waiting to cross a road. This can be definitely in great use when there are a team of intelligent cars with one car immediately having problems causing it’s not moving and can be helpful in other situations. Through this way, the interconnection of cars can be a safety net for the drivers encountering difficulties in any time.\nEnergy transfer dynamics from individual semiconductor nanoantennae to dye molecules with implication to light-harvesting nanosystems\nAuthor(s): Guangcun Shan; Mingjun Hu; Ze Yan; Xin Li; Wei Huang\nSemiconductor nanocrystals can be used as nanoscale optical antennae to photoexcite individual dye molecules in an ensemble via energy transfer mechanism. The theoretical framework developed by Förster and others describes how electronic excitation migrates in the photosynthetic apparatus of plants, algae, and bacteria from light absorbing pigments to reaction centers where light energy is utilized for the eventual conversion into chemical energy. Herein we investigate the effect of the average donor-acceptor spacing on the time-resolved fluorescence intensity and dynamics of single donor-acceptor pairs with the dye acceptor concentration decreasing by using quantum Monte-Carlo simulation of FRET dynamics. Our results validated that the spatial disorder controlling the microscopic energy transfer rates accounts for the scatter in donor fluorescence lifetimes and intensities, which provides a new design guideline for artificial light-harvesting nanosystems.\nAuthor(s): Tielin Lu; Zitian Fan; Chunxi Wang; Xiaojing Liu; Shuo Wang; Hua Zhao\nAuthor(s): Lingyun Xue; Wenbin Wan; Qingguang Chen; Huanle Rao; Ping Xu\nAuthor(s): Lingyun Xue; Guang Li; Qingguang Chen; Huanle Rao; Ping Xu\nAuthor(s): Lingyun Xue; Dongfang Zhang; Qingguang Chen; Huanle Rao; Ping Xu\nAuthor(s): Yufei Zhang; Baoxing Xiong; Qinfeng Xu; Changwei Guo; Guiju Zhang; Feng Xu; Kuaisheng Zou\nHigh-speed railway signal trackside equipment patrol inspection system\nHigh-speed railway signal trackside equipment patrol inspection system comprehensively applies TDI (time delay integration), high-speed and highly responsive CMOS architecture, low illumination photosensitive technique, image data compression technique, machine vision technique and so on, installed on high-speed railway inspection train, and achieves the collection, management and analysis of the images of signal trackside equipment appearance while the train is running. The system will automatically filter out the signal trackside equipment images from a large number of the background image, and identify of the equipment changes by comparing the original image data. Combining with ledger data and train location information, the system accurately locate the trackside equipment, conscientiously guiding maintenance.\nUltrasonic vibration double scratch morphology and scratching force of BK7 glass\nAuthor(s): Chu Wang; Hongxiang Wang; Junliang Liu; Shi Gao\nIn this paper, the damage morphology and scratching force of BK7 glass components were analyzed by ultrasonic vibration double-scratch test. The results showed that there was surface damage caused by plastic flow and brittle fracture during the scratching process, and the scratching depth and the distance between the two scratches had effect on the propagation and overlapping of lateral cracks. When the scratching depth was small, the jagged scratch was produced on the surface, and accompanied by a small amount of tiny pieces of debris off. With the increase in scratching depth, the lateral cracks caused by scratching overlapped and expended to form a mesh sheet, and then fell off from the surface. When the scratching distance was small, the interaction of the cracks caused large slice of material to fall off. With the increase in scratching distance, the area between the two scratches was not easy to occur the overlapping of the lateral cracks. In addition, with the increase of the scratching depth, the scratching force showed a gradual increase trend, and the scratching force of the second scratch would increase with the scratching distance.\nAuthor(s): Shijie Zhao; Ruiqing Xie; Lian Zhou; Defeng Liao; Xianhua Chen; Jian Wang\nAuthor(s): Bo Zhong; Xian-hua Chen; Wen-hui Deng; Shi-jie Zhao; Nan Zheng\nA three-dimensional laser vibration measurement technology realized on five laser beam and its calibration\nAuthor(s): Lu-Ke Li; Shen-Feng Zhang\nPut forward a kind of three-dimensional vibration information technology of vibrating object by the mean of five laser beam of He-Ne laser, and with the help of three-way sensor, measure the three-dimensional laser vibration developed by above mentioned technology. The technology based on the Doppler principle of interference and signal demodulation technology, get the vibration information of the object, through the algorithm processing, extract the three-dimensional vibration information of space objects, and can achieve the function of angle calibration of five beam in the space, which avoid the effects of the mechanical installation error, greatly improve the accuracy of measurement. With the help of a & B K4527 contact three axis sensor, measure and calibrate three-dimensional laser vibrometer, which ensure the accuracy of the measurement data. Summarize the advantages and disadvantages of contact and non-contact sensor, and analysis the future development trends of the sensor industry.\nAuthor(s): Chenghao Zhou; Zhile Wang\nAuthor(s): Junye Li; Hui Lu; Hua Xiong; Jinglei Hu; Guiling Wu\nAuthor(s): Junye Li; Zengwei Zhou; Guiling Wu; Hui Lu; Zhihuai Sun\nAuthor(s): Fang Wang; Hu Wang; Nan Xiao; Yang Shen; Yaoke Xue\nAuthor(s): Lei Zhang; Sheng Zhou; Jingsong Li; Benli Yu\nAuthor(s): Wen Hui Deng; Xian Hua Chen; Hui Liang Jin; Bo Zhong; Jin Hou; An Qi Li\nAuthor(s): Hang Zhang; Jiandong Lu; Rui Liu; Peifu Ma\nAuthor(s): Lian Zhou; Qiancai Wei; Jie Li; Xianhua Chen; Qinghua Zhang\nAuthor(s): Xiang Fu; Biao Wei\nAuthor(s): Qi-xin Li; Zhen Ma; Bo Jiang ; Yong-sheng Yao\nAs one of the most challenging problems in Computer Controlled Optical Surfacing (CCOS), the edge effect greatly affects the polishing accuracy and efficiency. CCOS rely on stable tool influence function (TIF), however, at the edge of the mirror surface,with the grinding head out of the mirror ,the contact area and pressure distribution changes, which resulting in a non-linear change of TIF, and leads to tilting or sagging at the edge of the mirror. In order reduce the adverse effects and improve the polishing accuracy and efficiency. In this paper, we used the finite element simulation to analyze the pressure distribution at the mirror edge and combined with the improved traditional method to establish a new model. The new method fully considered the non-uniformity of pressure distribution. After modeling the TIFs in different locations, the description and prediction of the edge effects are realized, which has a positive significance on the control and suppression of edge effects\nAuthor(s): Lei Zhao; Yupeng Luo; Jian Bai; Xiangdong Zhou; Juan Du; Qun Liu; Yujie Luo\nAuthor(s): Fan Yang; Wei Song; Chonglei Zhang; Hui Fang; Changjun Min; Xiaocong Yuan\nAuthor(s): Ruiqing Xie; Defeng Liao; Jian Chen; Shijie Zhao; Xianhua Chen; Baojian Ji; Jian Wang; Qiao Xu\nA new method for incoherent combining of far-field laser beams based on multiple faculae recognition\nAuthor(s): Demao Ye; Sichao Li; Zhihui Yan; Zenan Zhang; Yuan Liu\nCompared to coherent beam combining, incoherent beam combining can complete the output of high power laser beam with high efficiency, simple structure, low cost and high thermal damage resistance, and it is easy to realize in engineering. Higher target power is achieved by incoherent beam combination which using technology of multi-channel optical path correction. However, each channel forms a spot in the far field respectively, which cannot form higher laser power density with low overlap ratio of faculae. In order to improve the combat effectiveness of the system, it is necessary to overlap different faculae that improve the target energy density. Hence, a novel method for incoherent combining of far-field laser beams is present. The method compromises piezoelectric ceramic technology and evaluation algorithm of faculae coincidence degree which based on high precision multi-channel optical path correction. The results show that the faculae recognition algorithm is low-latency(less than 10ms), which can meet the needs of practical engineering. Furthermore, the real time focusing ability of far field faculae is improved which was beneficial to the engineering of high-energy laser weapon or other laser jamming systems.\nFinite element simulation of the mechanism of laser ultrasound induced pain weapon\nAuthor(s): Bo Zhou; Ren Jun Zhan; Ning Shan\nThe Laser-Ultrasonic technique uses laser energy to generate ultrasound waves in various solids. In normal conditions, this technique is used to inspect large structures without destruction, but in military use, we hope get this destruction. Nociceptors in Human skin can feel cold, heat, mechanical and other stimuli, when the stimulus exceeds a certain threshold will produce pain. Based on this principle, a laser induced pain weapon may be made. The generated ultrasound wave form is affected by features of laser pulse. The results obtained from the finite element model of laser generated ultrasound are presented in terms of temperature and displacement. At first step, the transient temperature field can be precisely calculated by using the finite element method. Then, laser generated surface acoustic wave forms are calculated by coupling the temperature distribution. Displacement is used to represent the mechanical action of skin caused by laser ultrasound. Results from numerical simulation are compared with other references; the accuracy of the method is proved accordingly. The results of simulation in the given conditions demonstrate that the stresses generated by pulse laser in human skin model were about −8 and +4 MPa. According to the results of simulation, the max and min stress are both emerged in the range of 0~600 um, that is exactly the location of myelinated Aδ and unmyelinated C nociceptor. The value of stress is can be adjusted by chose suitable parameters of laser. The study provides a possibility for developing a new non-lethal weapon to control riots or crowd.\nSPAD array based TOF SoC design for unmanned vehicle\nAuthor(s): An Pan; Yuan Xu; Gang Xie; Zhiyu Huang; Yanghao Zheng; Weiwei Shi\nAs for the requirement of unmanned-vehicle mobile Lidar system, this paper presents a SoC design based on pulsed TOF depth image sensor. This SoC has a detection range of 300m and detecting resolution of 1.5cm. Pixels are made of SPAD. Meanwhile, SoC adopts a structure of multi-pixel sharing TDC, which significantly reduces chip area and improve the fill factor of light-sensing surface area. SoC integrates a TCSPC module to achieve the functionality of receiving each photon, measuring photon flight time and processing depth information in one chip. The SOC is designed in the SMIC 0.13μm CIS CMOS technology\nAuthor(s): Feng Chen; Haotong Ma; Li Dong; Ge Ren; Bo Qi; Yufeng Tan\nAnalysis of laser pumping and thermal effects based on element analysis\nAuthor(s): Li Cui; Zhijia Liu; Yizhuo Zhang; Juan Han\nThermal effect is a plateau that limits the output of high-power, high beam quality laser, and thermal effects become worse with the increase of pump power. We can reduce the effects caused by thermal effects from pumping, laser medium shape, cooling method and other aspects. In this article, by using finite element analysis software, the thermal effects between Nd:Glass and Nd:YAG laser crystal was analyzed and compared. The causes of generation for thermal effects, and factors that influence the distribution in laser medium were analyzed, including the light source, the laser medium shape and the working mode. Nd:Glass is more suitable for low repetition frequency, high energy pulsed laser output, due to its large size, line width and so on, and Nd:YAG is more suitable for continue or high repetition rate laser output, due to its higher thermal conductivity.\nAuthor(s): Jianping Wu; Fei Lu; Kai Zou; Hong Yan; Min Wan; Yan Kuang; Yanqing Zhou\nAuthor(s): Quanwei Jin; Xiaoming Chen; JianFeng Jiang; Yu Pang; Lixin Tong; Mi Li; Hao Hu; Wenqiang Lv; Qingsong Gao; Chun Tang\nAuthor(s): Quanwei Jin; Yu Pang; JianFeng Jiang; Liang Tan; Lingling Cui; Bin Wei; Yinhong Sun; Chun Tang\nAuthor(s): Qi Jin; Zihao Cui; Zongjie Bi; Yanchao Zhang; Zhaoshuo Tian; Shiyou Fu\nAuthor(s): Xi Feng; Fuquan Li; Aoxiang Lin; Fang Wang; Xiangxu Chai; Zhengping Wang; Qihua Zhu; Xun Sun; Sen Zhang; Xibo Sun\nAuthor(s): Xibo Sun; Yuanchao Geng; Qihua Zhu; Xi Feng; Wanqing Huang; Ying Zhang; Wenyi Wang; Lanqin Liu\nAuthor(s): Shihao Sun; Huan Zhan; Yuwei Li; Shuang Liu; Jiali Jiang; Kun Peng; Yuying Wang; Li Ni; Xiaolong Wang; Lei Jiang; Juan Yu; Gang Liu; Pengfei Lu; Jianjun Wang; Feng Jing; Aoxiang Lin\nAuthor(s): Zihao Cui; Zhaoshuo Tian; Yanchao Zhang; Zongjie Bi; Gang Yang; Erdan Gu\nAuthor(s): Kenan Wu; Tianliang Zhao; Ying Huai; Yuqi Jin\nAuthor(s): Zeyu Wang; Chun Xiao; Liang Rong; Wei Ji\nAuthor(s): Zebiao Li; Chengyu Li; Chao Guo; Honghuan Lin; Jianjun Wang; Feng Jing; Shanhui Xu; Zhongmin Yang\nAuthor(s): Juan Wu; Yi Ma; Hong Yan\nAuthor(s): Chunbo Li; Minqiu Liu; Xikui Ren; Chenlin Du; Hongbin Huang; Shuangchen Ruan\nAuthor(s): Chuanqing Xia; Tengfei Wu; Chunbo Zhao; Shuai Xing\nAuthor(s): Ding Cui; Zhaoxiang Deng; Wei Zhang; Yuqiang Xian; Yongliang Chen\nAiming at the characteristics of the honeycomb structure with periodic distribution in the optical platform and the problem of low efficiency caused by the complex geometric features, the equivalent modeling method for the optical platform from inhomogeneous micro structure to homogeneous solid entity is established by homogenization method. In order to cope with the deficiency of the equivalent method in the analysis of the local details, a two-scale analysis method based on equivalent model and reduction model is proposed. The results from the application to the examples of the static and dynamic analysis show that the error is less than 7%, and the bi-directional analysis of the optical platform between macro scale and micro scale is achieved.\nAuthor(s): Xiangyi Feng; Shiyun Dong; Shixing Yan; Xiaoting Liu; Binshi Xu; Fusheng Pan\nAuthor(s): Sensen Li; Zhiwei Lu; Pengyuan Du; Yulei Wang; Lei Ding; Xiusheng Yan\nAuthor(s): Chun Xiao; Ge Zhang; Bin-hua Yang; Wei-feng Cheng; Shao-yi Gu\nAuthor(s): Qiuhui Chu; Pengfei Zhao; Chengyu Li; Bopeng Wang; Honghuan Lin; Chao Guo; Yu Liu; Feng Jing; Chuanxiang Tang\nAuthor(s): Fan Zhang; Ying Deng; Minqiang Kang; Xiangjun Xiang; Jianbin Li; Dandan Zhou; Jie Mu; Mengqiu Fan\nAuthor(s): Yong-hong Zhang; Hong Yan; Bing Xie; Jian-ming Li; Zhong-xiang Luo\nAuthor(s): C. Y. Xu; L. Jin; G. L. He; H. L. Chen; H. W. Zhang; H. Zhang; Y. T. Xu; Y. G. Zou; X. H. Ma\nAuthor(s): Kai Zou; Hong-ming Yu; Jian-ping Wu\nAuthor(s): Tianyue Hou; Pu Zhou; Yanxing Ma; Dong Zhi\nAuthor(s): Yuanhang Zhang; Shenglin Wen; Zijian Luo; Caixue Tang; Hao Yan; Chunlin Yang; Mincai Liu; Qinghua Zhang; Jian Wang\nAuthor(s): Chaoqun Song; Shiyun Dong; Shixing Yan; Enzhong Li; Binshi Xu; Peng He\nAuthor(s): Hao-yu Wang; Jin Hong; Aifeng He; Bo Jing; Chun-qiang Cao; Yue Ma; En-yi Chu; Ya-dong Hu\nAuthor(s): Chunqiang Cao; Haoyu Wang; Aifeng He; Bo Jing; Yue Ma\nAuthor(s): Jiali Jiang; Huan Zhan; Yuying Wang; Kun Peng; Shihao Sun; Yuwei Li; Xiaolong Wang; Li Ni; Shuang Liu; Lei Jiang; Jianjun Wang; Feng Jing; Gang Liu; Aoxiang Lin\nAuthor(s): Qian Peng; Shiyun Dong; Xueliang Kang; Shixing Yan; Ping Men\nAuthor(s): Wang Bin; Shiyun Dong; Shixing Yan; Xiao Gang; Zhiwei Xie\nAuthor(s): Xiang Zhang; Haidong Gu; Wenhua Hu; Shilong Ren\nAuthor(s): Congwen Zha; Yinhong Sun; Yanshan Wang; Tenglong Li; Wanjing Peng; Yi Ma; Kai Zhang\nReview on recent research progress on laser power measurement based on light pressure\nAccurate measuring the laser power is one of the most important issue to evaluate the performance of high power laser. For the time being, most of the demonstrated technique could be attributed to direct measuring route. Indirect measuring laser power based on light pressure, which has been under intensive investigation, has the advantages such as fast response, real-time measuring and high accuracy, compared with direct measuring route. In this paper, we will review several non-traditional methods based on light pressure to precisely measure the laser power proposed recently. The system setup, measuring principle and scaling methods would be introduced and analyzed in detail. We also compare the benefit and the drawback of these methods and analyze the uncertainties of the measurements.\nAuthor(s): Bingyan Wang; Yangshuai Li; Panzheng Zhang; Li Wang; Yanli Zhang; Tao Feng; Qiong Zhou; Qiang Liu; Haiyuan Li; Xu Zhang; Shenlei Zhou; Weixin Ma; Jian Zhu; Jianqiang Zhu\nAuthor(s): Jue Peng; Huaijin Ren; Kun Zhou; Yi Li; Weichuan Du; Songxin Gao; Ruijun Li; Jianping Liu; Deyao Li; Hui Yang\nAuthor(s): Juhong Han; Xiaoxu Liu; Hongyuan Wang; He Cai; Guofei An; Wei Zhang; You Wang\nAuthor(s): Jin Wang; Fan Gao; Baoxing Xiong; Xiang Zhang; Xiao Yuan\nAuthor(s): Guofei An; He Cai; Xiaoxu Liu; Juhong Han; Wei Zhang; Hongyuan Wang; You Wang\nAuthor(s): Hua Zhou; Kai Ye\nA generalized expression of refractive law is obtained which can be used to model the transmission of radiation of an optical medium having a positive refractive index and a negative refractive index.\nAuthor(s): Haikun Zhang; Wei Xia; Peng Song; Jing Wang; Xin Li\nAuthor(s): Libao Liu; Shanshan Zhang; Ling Wang; Yanchao Zhang; Zhaoshuo Tian


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url: =8 November 2010 Autofluorescence characteristics of human leukemia cells and mononuclear cells\nLifu Xiao,1 Xiaoying Liao,2 Lisheng Lin,1 Huifang Huang,2 Yuanzhong Chen,2 Buhong Li1\nProceedings Volume 7845, Optics in Health Care and Biomedical Optics IV; 78452G (2010) https://doi.org/10.1117/12.870282\nLifu Xiao, Xiaoying Liao, Lisheng Lin, Huifang Huang, Yuanzhong Chen, and Buhong Li "Autofluorescence characteristics of human leukemia cells and mononuclear cells", Proc. SPIE 7845, Optics in Health Care and Biomedical Optics IV, 78452G (8 November 2010); https://doi.org/10.1117/12.870282\nLifu Xiao, Xiaoying Liao, Lisheng Lin, Huifang Huang, Yuanzhong Chen, Buhong Li, "Autofluorescence characteristics of human leukemia cells and mononuclear cells," Proc. SPIE 7845, Optics in Health Care and Biomedical Optics IV, 78452G (8 November 2010); https://doi.org/10.1117/12.870282


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url: =Potassium Absorption Characteristics of AtCIPK23 Transgenic Tobacco under Different Levels of Potassium Treaments--《Journal of Henan Agricultural Sciences》2009年06期\nPotassium Absorption Characteristics of AtCIPK23 Transgenic Tobacco under Different Levels of Potassium Treaments\nNIE Hong-zi,YANG Tie-zhao,YANG Zhi-xiao,ZHOU Ji-hua,DOU Xian-wu(College of Tobacco,Henan Agricultural University,Zhengzhou 450002,China)\nThe method of sand culture and water culture were adopted to investigate the characteristics of dry matter and potassium accumulation and the physiological differences in the roots among AtCIPK23-transgenic K326,wild-type K326 and NC89.The results showed that the transgenic strain displayed higher dry matter accumulation,organ potassium content and a stronger root vitality than the wild strains under the condition of low potassium supplying.The study on K absorption kinetics indicated that the transgenic strain had lower KM and Cmin than the wild stains did.There were no significant differences in Vmax among the three strains.\n1 LU Li-ming,YANG Tie-zhao~* (Agronomy College of Henan Agricultural University,Zhengzhou 450002,China);Potassium Transporters and Their Molecular Regulation in Higher Plants[J];Acta Botanica Boreali-Occidentalia Sinica;2006-11\n2 GUO Li-zhuo，HU Heng-jue (Department of Agronomy, Gansu Agricultural University , Lanzhou 730070, China);Progress in the research of cycling and recycling of potassium within plants[J];Journal of Gansu Agricultural University;2001-01\n3 YANG Tie-zhao,XIA Wei, FAN Jin-hua (Agronomy Department, Henan Agriculture University, Zhengzhou 450002, China);Study on characteristic of potassium accumulation of tobacco in potassium levels[J];Henan Science;2005-03\n4 Ding Yongle 1) Xu Zicheng 1) Yang Tiezhao 1) Yan Xinfu 2) Liu Xuezhi 1) Yie Hongchao 3) Zhang Han 3) Chen Guiling 4) ( 1) Henan Agricultural University, Zhengzhou 450002,China; 2) State Tobacco Mon;Analysis of Quality Indexes of Insect resistant Transgenic Tobacco[J];Journal of Huazhong Agricultural;2001-01\n5 CUI Guoxian,LI Zongdao (Ramie Research Institute of Hunan Agricultural University, Changsha 410128, China),RAM,2000,21(6):371—375;Relationship between Potassium Absorption and Root Parameters of Different Genotypes of Ramie.[J];Research of Agricultural Modernization;2000-06\n6 TANG Jin-chi, CAO Min-jian(College of Agronomy, Shenyang Agricultural University, Shenyang 110161, China);The Advance in Tolerating Low Potassium of Crops[J];Journal of Shenyang Agricultural University;2001-05\n7 Peng Keqin,Peng Zhihong,Xiao Langtao,Hu Jiajin(Key Laboratory of Phytohormones,Hunan Agricultural University,Changsha 410128);Physiological Studies on Root System of Rice Offspring Tolerant to K Deficiency[J];Chinese Agricultural Science Bulletin;2003-05\n8 ZOU Chun qin 1, LI Zhen sheng 2,LI Ji yun 3 ( 1Department of Plant Nutrition in CAU, Beijing 100094; 2 Institute of Genetics, CAS, Beijing 100101; 3 The Center of Ecology, CAS, Beijing 100085 );Characteristics of Potassium Nutrition of Six Wheat Cultvars at Different Growth Stages[J];Scientia Agricultura Sinica;2002-03\n9 Huang Jianguo Yang Bangjun Yuan Lin (College of Natural Resource and Invironment Sci Southwest Agric Univ, 630716);KINETICS OF K~+ ABSORPTION BY VARIOUS WHEAT VARIETIES[J];Plant Nutrition and Fertilizer Science;1995-01\n10 Jiang Tinghui Zheng Shaojlan Shi jinqin Hu Aitang Shi Ruihe (Nanjing Agricultural University. 210014) Xu Mao (Depart of Agriculture and forestry of Jiangsu,210009);SEVERAL CONSIDERATIONS IN KINETIC RESEARCH ON NUTRIENTS UPTAKE BY PLANTS[J];Plant Nutrition and Fertilizing Science;1995-02\n1 LIU Hua-shan et al(School of Agronomy,Henan Agricultural University,Zhengzhou,Henan 450002);Effects of IAA on Enzyme Activity,Potassium and Nicotine Content of Flue-cured Tobacco[J];Journal of Anhui Agricultural Sciences;2007-05\n2 DING Wei 1,LAN Shuang 2,CHENG Peng 3 (1.Northeast Agricultural University,Harbin Heilongjiang 150030,PRC;2 Northeast Tobacco Experiment Station, Mudanjiang 157500,PRC;3.Agricaltural Extension Station of Heilongjiang Province,Harbin 150000,China);Study on the effect of soil water on potassium content of flue-cured tobacco leaf and regulative method[J];Journal of Northeast Agricultural University;2002-03\n3 Xiong Dezhong;Liu Shuxin;Li Chunying;Zeng Wenlong (Department of Land and Environment, FAU, Fuzhou 350002;Tobacco Company of Fujian Province, Fuzhou 350003,Tobacco Experimental Station in Yong Ding, Yong Ding 364124);Effect of Rainning on Tobacco Absorbing Nutrients and of NPK Mixed Application[J];JOURNAL OF FUJIAN AGRICULTURAL UNIVERSITY;1994-03\n4 LIU Hua-shan~1,HAN Jin-feng~1,ZENG Tao~1,HUANG Yuan-jiong~2,WANG Fang~1(1.Henan Agricultural University, Zhengzhou450002,China;2.Henan Tobacco Company, Zhengzhou450001,China);Effects of Reagent for Decrease Nicotine Content and Elevation Potassium Content on Physiological Properties and Quality of Flue-cured Tobacco[J];Acta Agriculturae Boreali—Sinica;2005-03\n5 Luo Jianxin Xiao Hanqian Fang Hong etc.;Effects of fertilization time and amount of potassium on yield and quality of flue cured tobacco[J];JOURNAL OF HUNAN AGRICULTURAL UNIVERSITY;1997-02\n6 SHI Jin-zhong,ZHAO Dong-fang,ZHANG Feng-xia,PENG Li,SONG Peng-fei,HAN Fu-gen*(Agricultural College of Henan Agricultural University,Zhengzhou 450002,China);A Preliminary Study on the Effect of Different Regulating Measures on Potassium in Tobacco Leaves[J];Journal of Henan Agricultural Sciences;2007-07\n7 YAN Li 1, GUAN Lian-zhu 1, LUAN Shuang 2 ,et al. (1. Faculty of Resources and Environment, Shenyang Agricultural University, Liaoning Shenyang 110161; 2. Institute of Tobacco Research of Heilongjiang, Heilongjiang 157011, China);Potassium content in tobacco leaves related to soil potassium supply and soil moisture regimes[J];Chinese Journal of Soil Science;2001-02\n8 XU Ming xiang,ZHAO Yun ge,ZHAO Bo shan(Department of Resources and Environmental Science,NorthwesternAgricultural University,Yangling,Shaanxi 712100,China);Study on heightening the potassium content of flue-cured tobacco in calcareous soil areas[J];THE JOURNAL OF NORTHWEST AGRICULTURAL UNIVERSITY;2000-01\n9 HONG Li Fang 1,* FU Li Bo 1 SU Fan 1 WANG Yi 2 QU Xing 2 TIAN Yu Tian 2 ZHU Duan Wei 3 LIU Wu Ding 3( 1 Soil and Fertilizer Institute, Yunnan Academy of Agricultural Sciences, Kunming 650205, Yunnan, China; 2 Yuxi Tobacco Institute, Yuxi Yunnan 653100, China; 3 Huazhong Agricultural University, Wuhan Hubei 430070, China);Effect of Auxin on the Potassium Distribution and Accumulation in Flue-cured Tobacco Plants[J];Acta Agronomica Sinica;2003-03\n10 ;The Accumulation and Distribution of Potassium in Flue-cured Tobacco Plant[J];TOBACCO SCIENCE & TECHNOLOGY;2000-02\n1 ZHAO Shu qing,GUO Jian bo(Key Laboratory of Biotechnology,Shanxi University,Taiyuan 030006,China);The genetic potentiality of plant potassium nutrition[J];Acta Botanica Boreali-occidentalia Sinica;2001-02\n2 DONG He-zhong,TANG Wei,LI Zhen-huai,ZHANG Dong-mei,LI Wei-jiang (Cotton Research Center,Shandong Academy of Agricultural Sciences,Ji'nan 250100,China);Morphological and Physiological Disorders of Cotton Resulting from Potassium Deficiency[J];Acta Botanica Boreali-occidentalia Sinica;2005-03\n3 Cui Guoxian Li Zongdao (Ramie Research Institute HNAU,Changsha,410128);Studies on Characters of Potassium Nutrition of Genotypes in Ramie (Boehmeria nivea L.)[J];RESEARCH OF AGRICULTURAL MODERNIZATION;1997-03\n4 Lin Xianyong and Sun Xi(Zhejiang Agricultural University,310029);DIFFERENCES OF RICE VARIETIES IN POTASSIUM UPTAKE AND RESPONSE TO POTASSI-UM APPLICATION[J];ACTA PEDOLOGICA SINICA;1995-01\n5 XU Ming xiang 1, ZHAO Yun ge 1, ZHAO Bo shan 2 (1. Institute of Soil and Water Conservation, Northwest Sci Tech University of Agriculture and Forestry, Yangling Shaanxi 712100; 2. College of Resources and Environment Science, Northwest Sci Te;Effect of Different Potassium Fertilizer Application Levels on Potassium Content in Flue cured Tobacco Leaves[J];Acta Agriculturae Boreali-occidentalis Sinica;2000-04\n6 Han Jin-feng;Ma Chang-li;Wang Rui-xin;Zhu Da-heng;Hong Tao;Hou Wen-hua;Han Wei;Huang Yuan-jiong Henan Agricultural University National Standard Matter Research Centre CNTC Henan Provincial Corporation;Influence of Different Fertilizer Types and Maturity Stage on the Main Components of Aroma and Their Flavors in Flue-Cured Tobacco[J];Acta Agronomica Sinica;1993-03\n7 Cao Minjian Wang Shuqin Matsumoto Hideaki(Shenyang Agricultural University, Shenyang, 110161; Research Institute for Bioresources, Okayama Univ, Japan);Difference of Tolerance to Potassium Deficiency for Two Corn Inbreds[J];Acta Agronomica Sinica;1999-02\n8 Yang Tiezhao 1\_ Chao Fengchun 2\_ Ding Yongle 1\_ Wang Ruihua 3 1 Henan Agricultural University, Zhengzhou 450002 2 Chinese Agricultural University, Beijing 100094 3\_ Zhengzhou Tobacco Research Institute, Zhengzhou 450000;Analysis on potassium accumulation characteristics and genetic variation in tobacco leaves[J];Acta Tabacaria Sinica;2002-03\n9 Zhou Jiheng(Hefei institute of Economics and Technology, Hefei 230052);Influence of K￣+ and the Accompanying SO_4￣(2-),Cl￣- on the Crowth and Relevant Physioligical Metabolism of Tobacco Plant[J];ACTA TABACARIA SINICA;1994-02\n10 Wang Chuntao Yu Ping Zhou Zhaode Ouyang Duosheng Cui Guoxian Li Zongdao( Ramie Research Institute, Hunan Agricultural University, Changsha 410128; Department of Agronomy, Hunan Agricultural University);Studies on the Effect of Potassium Fertilizers on Ramie (Boehmeria nivea L. )[J];Scientia Agricultura Sinica;1996-02


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Geordie Toh, the Legal Advisor of global technology company said, if the copyright law is modified and passed, …)\n2012年4月25日 (三) 07:37 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3) (最新修改)\n2012年4月18日 (三) 06:46 (歷史) (差異) 新小 China becomes more democratic  (新頁面: The Chinese Communist Party’s action towards Bo Xi Lai about the Wang Li Jun incident shows that the PRC put a great leap on democratic movement in mainland China, said Liu Wei Zhong, t…)\n2012年4月18日 (三) 06:46 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2012年3月28日 (三) 07:38 (歷史) (差異) 小 Solving aging problem is primary  (最新修改)\n2012年3月28日 (三) 07:37 (歷史) (差異) 小 Solving aging problem is primary \n2012年3月28日 (三) 07:25 (歷史) (差異) 小 Solving aging problem is primary \n2012年3月28日 (三) 07:23 (歷史) (差異) 小 Solving aging problem is primary \n2012年3月28日 (三) 07:22 (歷史) (差異) 新小 Freedom of press is slowly opening up in China  (新頁面: Reporting news in China has been regarded as dangerous as there are many restrictions given from Chinese government to the journalists. However, David Schlesinger, the chairman of Thomso…)\n2012年3月28日 (三) 07:21 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2012年3月21日 (三) 07:37 (歷史) (差異) 小 Solving aging problem is primary \n2012年3月21日 (三) 07:37 (歷史) (差異) 新小 Solving aging problem is primary  (新頁面: The Chief Executive Election of HKSAR will be held on 25 March, many different groups express their opinions and expectations. Peter, Lai Hing-ling the former Secretary for Security hoped…)\n2012年3月21日 (三) 07:37 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2012年3月14日 (三) 07:54 (歷史) (差異) 小 13/3/2012 Louie H S Tong :“The role of community chest in hong kong”  (→13/3/2012 11 p.m.)\n2012年3月14日 (三) 07:53 (歷史) (差異) 新小 The Community Chest doing charity with all donations  (新頁面: The Community Chest is a charity which raises funds from citizens for local needy, however it was accused for the misusage of donations, the manager of Community Relations Department of …)\n2012年3月14日 (三) 07:53 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2012年3月14日 (三) 06:38 (歷史) (差異) 小 Controlling emotion is the key in reporting  (最新修改)\n2012年3月14日 (三) 06:37 (歷史) (差異) 小 Controlling emotion is the key in reporting \n2012年3月7日 (三) 08:16 (歷史) (差異) 小 Humor would help the crisis management  (最新修改)\n2012年3月7日 (三) 08:11 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2012年3月7日 (三) 08:10 (歷史) (差異) 新小 Controlling emotion is the key in reporting  (新頁面: When accidents occur, usually reporters are one of the first groups, who are able to see the disasters scenes and casualties, the former reporter of TVB, Ivan Yau said: “As a profession…)\n2012年3月7日 (三) 08:10 (歷史) (差異) 小 6/3/2012 Ivan M.W. Yau :“From media to corporate communications”  (→6/3/2012 11 p.m.)\n2012年3月7日 (三) 08:09 (歷史) (差異) 小 Controlling emotion is the keys in reporting  (最新修改)\n2012年3月7日 (三) 08:08 (歷史) (差異) 小 Controlling emotion is the keys in reporting \n2012年3月7日 (三) 08:08 (歷史) (差異) 新小 Controlling emotion is the keys in reporting  (新頁面: When accidents occur, usually reporters are one of the first groups, who are able to see the disasters scenes and casualties, the former reporter of TVB, Ivan Yau said: “As a profession…)\n2012年3月7日 (三) 08:07 (歷史) (差異) 小 6/3/2012 Ivan M.W. Yau :“From media to corporate communications”  (→6/3/2012 11 p.m.)\n2012年3月7日 (三) 06:08 (歷史) (差異) 小 Humor would help the crisis management \n2012年2月29日 (三) 07:59 (歷史) (差異) 小 28/2/2012 Lai Man Cheuk:「Humor & Creativity」  (→28/2/2012 11 p.m.)\n2012年2月29日 (三) 07:58 (歷史) (差異) 小 Humor would help the crisis management \n2012年2月29日 (三) 07:58 (歷史) (差異) 新小 Humor would help the crisis management  (新頁面: Regarding to the chaos brought by the Chief Executive election these days, “Henry Tang’s public relations team was totally failed” said media expert Man Cheuk, Lai, he thinks humor…)\n2012年2月29日 (三) 07:57 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2012年2月22日 (三) 06:52 (歷史) (差異) 小 21/2/2012 Ricky Wong:「Together We Create the TV Miracle」  (→21/2/2012 10 p.m.)\n2012年2月22日 (三) 06:51 (歷史) (差異) 小 21/2/2012 Ricky Wong:「Together We Create the TV Miracle」  (→21/2/2012 10 p.m.)\n2012年2月22日 (三) 06:40 (歷史) (差異) 新小 Script writers in CTL: Job-hopping not for money but for freedom  (新頁面: Ricky Wong, Chairman of City Telecom (H.K.) Limited, announced he will recruits 700 talents for his free TV broadcast station this year. Now he has already recruited half of the script w…)\n2012年2月22日 (三) 06:40 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2012年2月15日 (三) 08:01 (歷史) (差異) 小 14/2/2012 Ho Yuet Fung, "The Characteristics of Triple Play Communications"  (→14/2/2012 11 p.m.)\n2012年2月15日 (三) 07:59 (歷史) (差異) 新小 Good scripts are in need  (新頁面: The Hong Kong local television drama market lack competition because low paid and hard condition for production team, said Ho Yuet Fung, a global media specialist and the former Managing…)\n2012年2月15日 (三) 07:59 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2012年2月8日 (三) 07:01 (歷史) (差異) 小 7/2/2012 Chiu Sin Chun: Budget  (→7/2/2012 10 p.m.)\n2012年2月8日 (三) 07:00 (歷史) (差異) 新小 Chiu Sin Chun: The budget is too conservative  (新頁面: The 2012-13 Budget has launched last week, Chiu Sin Chun, a senior financial commentator of Now TV, commented that this budget is too conservative, lack of consideration and foresight. H…)\n2012年2月8日 (三) 07:00 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI \n2011年12月21日 (三) 06:53 (歷史) (差異) 小 20/12/2011 Cardinal Zen: "Your Role as a Cardinal in Hong Kong"  (→20/12/2011 10 p.m.)\n2011年12月21日 (三) 06:52 (歷史) (差異) 新小 Selfishness hampers development  (新頁面: “After the Handover in 1997, Hong Kong social’s quality is going backwards because of selfishness.” said Cardinal Joseph Zen Ze-Kiun. “Productivity is not the standard to measure…)\n2011年12月21日 (三) 06:52 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2011年12月14日 (三) 07:58 (歷史) (差異) 小 13/12/2011 James Pomfret: "A Correspondent’s Job in Asia"  (→13/12/2011 11 p.m.)\n2011年12月14日 (三) 07:56 (歷史) (差異) 小 China is a "savior" \n2011年12月14日 (三) 07:26 (歷史) (差異) 新小 China is a "savior"  (新頁面: upload later)\n2011年12月14日 (三) 07:25 (歷史) (差異) 小 095003 顏晴怡 YAN, QINGYI  (→Year 3)\n2011年12月14日 (三) 07:07 (歷史) (差異) 新小 China should be more assertive  (新頁面: upload later) (最新修改)