url: =FU Yongqiang,WANG Huajian,LI Kui,et al.Experimental study on morphology and mineral composition of slag from a Zhundong coal-fired power plant[J].Thermal Power Generation,2015,(07):18-22.\n《热力发电》[ISSN:1002-3364/CN:61-1111/TM] 卷: 期数: 2015年07期 页码: 18-22 栏目: 热能科学研究 出版日期: 2015-07-15\nExperimental study on morphology and mineral composition of slag from a Zhundong coal-fired power plant\n傅勇强1; 汪华剑2; 李奎1; 陈乃晓1; 王礼鹏3; 赵永椿3; 姚斌3\nFU Yongqiang1; WANG Huajian2; LI Kui1; CHEN Naixiao1; WANG Lipeng3; ZHAO Yongchun3; YAO Bin3\n1.Zhanjiang Zhongyue Energy Co.,Ltd.,Zhanjiang 524000,China;\n2.Xi'an Thermal Power Research Institute Co.,Ltd.,Xi'an 710032,China;\n3.School of Energy Power and Engineering,Huazhong University of Science and Technology,Wuhan 430074,China\n锅炉; 准东煤; 碱金属; 沾污结渣; 灰渣; 矿物组分\n［1］杨忠灿,刘家利,何红光.新疆准东煤特性研究及其锅炉选型［J］.热力发电,2010(8):44-46.YANG Zhongcan,LIU Jiali,HE Hongguang.Study on properties of Zhundong coal in Xinjiang region and type-selection for boilers burning this coal sort ［J］.Thermal Power Generation,2010(8):44-46.\n［2］李润东,魏砾宏,齐弟.碱金属对煤燃烧特性的影响及动力学分析［J］.煤炭学报,2010(10):120-125.LI Rundong,WEI Lihong,QI Di.Effects of alkali metal on combustion of pulverized coal and kinetic analysis［J］.Journal of China Coal Society,2010(10):120-125.\n［3］兰泽全.煤和黑液水煤浆沾污结渣机理及灰沉积动态特性研究［D］.杭州:浙江大学,2004.LAN Zequan.Mechanism& dynamic charaeteristies of fouling and slagging for coal and black liquor coal-water slurry［D］.Hangzhou:Zhejiang University,2004.\n［4］Quast K B.Counter-current ion exchange for the removal of organically bound sodium from low-rank coals［J］.Minerals Engineering,2000,13(13):1423-1428.\n［5］陈新蔚,庄新国,周继兵,等.准东煤田煤质特征及分布规律［J］.新疆地质,2013(1):89-93.CHEN Xinwei,ZHUANG Xinguo,ZHOU Jibin,et al.Coal quality and its distribution of the Eastern Junggar Coalfield in Junggar Basin,Xinjiang［J］.Xinjiang Geology,2013(1):89-93.\n［6］庄新国,王平,周继兵,等.准东煤田煤地球化学特征［J］.新疆地质,2013(1):94-98.ZHUANG Xinguo,WANG Ping,ZHOUJibin,et al.The coal geochemical characteristics of the Eastern Junggar Coalfield in Junggar Basin,Xinjiang［J］.Xinjiang Geology,2013(1):94-98.\n［7］王云刚,赵钦新,马海东,等.准东煤灰熔融特性试验研究［J］.动力工程学报,2013(11):841-846.WANG Yungang,ZHAO Qinxin,MA Haidong,et al.Experimental study on ash fusion characteristics of Zhundong coal［J］.Journal of Chinese Society of Power Engineering,2013(11):841-846.\nXI Guang-hui,ZHANG Jun.RETROFITTING AIR PREHEATER OF BOILER TO ADOPT CONTACTING TYPE FLEXIBLE SEAL[J].Thermal Power Generation,2009,(07):73.\nHU Ping-fan,YIN Jun-jun,ZHANG Cheng,et al.TEST STUDY ON CONVERTING LEAN-COAL FIRED BOILER FOR 300 MW UNIT TO BURN BITUMINOUS COAL[J].Thermal Power Generation,2009,(07):79.\nWU You-bing.CAUSE ANALYSIS ABOUT OVERTEMPERATURE OF RETURN OIL FROM HYDRAULIC COUPLING OF I.D.FANS[J].Thermal Power Generation,2009,(07):86.\nMA Chong,CHEN Shao-yu.CAUSE ANALYSIS OF CRACKING LEAKAGE ON WATER-WALL TUBES IN THE BOILER[J].Thermal Power Generation,2009,(07):133.\nLUO Hai-hua,HUANG Wen,WU Jin-xing,et al.TYPE SELECTION OF TURBINES’ BY-PASS SYSTEM FOR ULTRA-SUPERCRITICAL UNITS WITH 1 000 MW CAPACITY IN CHINA[J].Thermal Power Generation,2009,(07):11.\nCAO Jie-yu,SONG Jing-xia.STUDY ON TEST METHODS FOR EVALUATING INHIBITERS USED IN CHEMICAL CLEANING OF BOILERS[J].Thermal Power Generation,2009,(07):29.\nLI Xue-bin.OPTIMIZATION OF PID CONTROLLER PARAMETERS FOR MAIN STEAM TEMPERATURE BASED ON MULTI-OBJECTIVE GENETIC ALGORITHM AND MULTI-]ATTRIBUTE DECISION MAKING[J].Thermal Power Generation,2009,(07):33.\nSUN Qun-li,LI Jia-chuan,WANG Zhao,et al.STUDY ON CONSTRUCTION OF HEAT RELEASE SIGNAL FOR ULTRA-SUPERCRITICAL UNITS[J].Thermal Power Generation,2009,(07):37.\nCHANG Jiaxing,YANG Zhongcan,LI Shanghua,et al.Retrofitting for burning Zhundong coal for a 480 t/h boiler[J].Thermal Power Generation,2014,(07):116.\nZHAO Bing,WANG Jiarui,WANG Penghui,et al.Experiments about co-firing shale with Zhundong coal in a 100 MW unit boiler[J].Thermal Power Generation,2017,(07):103.\nZHAO Yonggang,WANG Zhichao,ZHANG Xilai,et al.Integrated design of anti-slagging and fouling for a 660 MW unit burning pure high alkali coal[J].Thermal Power Generation,2018,(07):104.[doi:10.19666/j.rlfd.201707073 ]\nZHAO Yonggang,BAI Yang,CHEN Yuhui,et al.Monitoring of ash deposition on low temperature heating surface based on support vector machine[J].Thermal Power Generation,2018,(07):77.[doi:10.19666/j.rlfd.201801025]\nCHEN Dayuan,LIU Jiali,FANG Shunli,et al.Control of coal ash composition during co-combustion of Zhundong coal boiler[J].Thermal Power Generation,2020,49(07):26.[doi:10.19666/j.rlfd.201906189 ]


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url: =Optical Transmission Systems, Switching, and Subsystems VIII | (2011) | Publications | Spie\nPROCEEDINGS VOLUME 7988\nEditor(s): Yikai Su; Ernesto Ciaramella; Xiang Liu; Naoya Wada\nVolume Number: 7988\nAuthor(s): Giampiero Contestabile\nThis invited contribution reports recent results on all-optical signal regeneration using semiconductor optical amplifiers (SOAs). Those include results obtained using the cross-gain-compression (XGC) effect in common SOAs for wavelength preserving 2R regeneration of both RZ and NRZ signals, and regenerative amplification up to 80 Gb/s obtained thanks to detuned filtering of self phase modulation (SPM) in a quantum dot (QD) SOA.\nAuthor(s): Qi Guo; An Vu Tran\nThe expected development of advanced video services with HDTV quality demands the delivery of more than Gb/s link to end users across the last mile connection. Future access networks are also required to have long reach for reduction in the number of central offices (CO). Fueled by those requirements, we propose a novel equalization scheme that increases the capacity and reach of the wavelength division multiplexing passive optical network (WDM-PON) based on a low bandwidth reflective semiconductor optical amplifier (RSOA). We investigate the characteristics of 10 Gb/s upstream transmission in WDM-PON using RSOA with only 1.2 GHz electrical bandwidth and various lengths of fiber. It is proven that the proposed four-level partial response equalizer (PRE) is capable of mitigating the impact of ISI in the received signals from optical network units (ONU) located 0 km to 75 km away from the optical line terminal (OLT).\nAuthor(s): Shan Qin; Jinlin He; Yongzhuo Zou; Zexuan Qiang\nAuthor(s): A.-L. Yi; L.-S. Yan; B. Luo; W. Pan; J. Ye\nWavelength conversion of RZ-OOK signals in PDM systems based on XPM in high-nonlinear-fiber (HNLF) through a polarization-diversified loop is experimentally demonstrated. Less than 1dB eye-diagram-based SNR penalty is obtained for 10-G/bs RZ-OOK PDM signals.\nAuthor(s): Wenrui Wang; Jinlong Yu; Bo Wu; Bingchen Han; Jun Luo; Jingzhong Guo; Enze Yang\nAuthor(s): Cheng Lei; Chao Tang; Hongwei Chen; Minghua Chen; Shizhong Xie\nAuthor(s): Mingtao Liu; Min Zhang; Lei Liu; Yueying Zhan; Zhuo Liu; Peida Ye\nAuthor(s): Kawada Takahiro; Sasaki Kenichi; Iwashita Katsushi\nWe have already proposed the wavelength conversion method which is composed of an optical Single Side-Band (SSB) modulator and Mach-Zehnder interferometer (MZI). The optical signal is converted by using basic part of this wavelength converter with 50GHz frequency conversion. We have observed the converted frequency optical spectra, eye diagrams and bit error-rate. The converted optical signals are detected without bit error, but the received optical power at 10-9 error rate is degraded by the conversion because of the optical amplifier noise and filtering by MZI. The wavelengths of 10Gbit/s optical packets are converted by this basic unit. The converted packets are routed using AWG de-multiplexer. The carrier components are around 15dB lower compared with signal. The switching time was 200ns which is correspond to the delay of the loop.\nAuthor(s): Ju Wang; Jinlong Yu; Jun Luo; Wenrui Wang; Bingchen Han; Bo Wu; Jingzhong Guo; Enze Yang\nAuthor(s): M. Rakib-Uddin; Tran Q. Hoai; Bikash Nakarmi; Yong Hyub Won\nIn this paper, an all-optical 1x2 switch is demonstrated based on gain modulation of injection locked Fabry-Perot laser diode (FP-LD). The control circuit generates set and reset states, which are used to perform 1x2 switch function. The switch output state is maintained once it starts to operate, whether the control signal is present or absent. In the experiment, with extinction ratio of 13.2 dB the switch output eye diagram is recorded.\nAuthor(s): Ryosuke Hirako; Kiyo Ishii; Hiroshi Hasegawa; Ken-ichi Sato\nAuthor(s): Takaaki Oono; Kiyo Ishii; Hiroshi Hasegawa; Ken-ichi Sato\nAuthor(s): Zheng Ma; Yongjun Zhang; Yang Cao; Chang Cao; Wei Wang; Rui Chen; Yongli Zhao; Wanyi Gu\nThis paper introduces a dynamic bandwidth assignment algorithm designed for ring topology (R-DBA) in order to meet the needs of the construction of Metropolitan Area Network (MAN).This algorithm targets ring topology, based on fair iteration, supports various QoS services and has previous assignment mechanism.\nAuthor(s): Rui Chen; Yongjun Zhang; Chang Cao; Yang Cao; Wei Wang; Zheng Ma; Wanyi Gu\nA novel dynamic bandwidth allocation algorithm named GTH-DBA is proposed for metro networks. A testbed is constructed to test its performance. Numeric results show that this algorithm is effective to improve the bandwidth efficiency of the metro networks.\nAuthor(s): R.-P. Braun; D. Fritzsche; A. Ehrhardt; L. Schürer; P. Wagner; M. Schneiders; S. Vorbeck; C. Xie; Z. Zhao; W. Wan; P. Liu; Q. Zhou; P. Hostalka\nAuthor(s): M. Eiselt; A. Dochhan; W. Rosenkranz\nA simple analytical method to estimate the OSNR sensitivity of multi-level amplitude, phase and combined modulation formats is shown. The results are compared to numerical simulations with coherent and direct detection technique using RZ and NRZ pulse shape.\nAuthor(s): Hadrien Louchet; Igor Koltchanov; André Richter\nHigher-order optical multilevel signaling is a key technique for future ultra-high speed signal transmission at 100 Gbit/s or beyond. In this paper, we review various multilevel transmitter and receiver designs realizing higher-order multilevel signaling with precise optical field modulation and demodulation capabilities.\nAuthor(s): He Wen; Jinxin Liao; Xiaoping Zheng; Hanyi Zhang; Yili Guo\nThe proposed clock recovery scheme introduces electrooptical modulation to down convert the clock frequency facilitating succeeding narrow band filtering by a phase locked loop (PLL) with ordinary radio frequency (RF) devices, further, employs a quadrature phase detector in the PLL to provide an indication signal for monitoring residual dispersion. It was demonstrated in a polarization multiplexed 160-Gbit/s optical non-return to zero quadrature phase shift keying (NRZ-QPSK) transmission system.\nAuthor(s): Shigeki Aisawa; Masahito Tomizawa\nAuthor(s): Bo Dai; Zhensen Gao; Xu Wang; Nobuyuki Kataoka; Naoya Wada\nAuthor(s): H. S. Chen; H. P. A. van den Boom; A. M. J. Koonen\nAuthor(s): Xiaofeng Hu; Liang Zhang; Pan Cao; Tao Wang; Yikai Su\nAuthor(s): Yin Zhang; Jianji Dong; Fei Wang; Dexiu Huang; Xinliang Zhang\nAuthor(s): Simin Chen; Abdullah Al Amin; William Shieh\nAuthor(s): Zhensen Gao; Bo Dai; Xu Wang; Nobuyuki Kataoka; Naoya Wada\nWe propose and experimentally demonstrate a reconfigurable two-dimensional (temporal-spectral) time domain spectral phase encoding (SPE) scheme for coherent optical code-division-multiple-access (OCDMA) application. The time-domain SPE scheme is robust to wavelength drift of the light source and is very flexible and compatible with the fiber optical system. In the proposed scheme, the ultra-short optical pulse is stretched by dispersive device and the SPE is done in time domain using high speed phase modulator. A Fiber Bragg Gratings array is used for generating the two-dimensional wavelength hopping pattern while the high speed phase modulator is used for generating the spectral phase pattern. The proposed scheme can enable simultaneous generation of the time domain spectral phase encoding and DPSK data modulation using only a single phase modulator. In the experiment, the two-dimensional SPE codes have been generated and modulated with 2.5-Gb/s DPSK data using a single phase modulator. Transmission of the 2.5-Gb/s DPSK data over 49km fiber with BER<10-9 has been demonstrated successfully. The proposed scheme exhibits the potential to simplify the architecture and improve the security of the OCDMA system.\nAuthor(s): Carsten Behrens; Robert I. Killey; Seb J. Savory; Ming Chen; Polina Bayvel\nWe investigate the transmission performance, with and without digital backpropagation, in wavelength-division-multiplexed- (WDM) transmission systems using polarisation-division-multiplexed (PDM) differentially-encoded quadrature phase shift keying (QPSK) and 16-quadrature amplitude modulation (16QAM). We consider transmission at 56GBd, 28GBd, 14GBd and 7GBd per WDM-channel while varying the channel spacing from 100GHz to 12.5GHz to maintain constant spectral efficiency per modulation format. The symmetrical split-step method based on the Manakov equation was employed to backpropagate the central WDM-channel with the help of receiver based digital signal processing. Performance of digital backpropagation was found to decrease with reduced symbol-rate, owing to the smaller proportion of the overall spectrum which is backpropagated in these cases. At higher symbol-rates digital backpropagation is up to 0.5dB more effective for 16QAM than for the QPSK format, which we attribute to the increased influence of intra-channel nonlinearities for formats with multiple intensity values leading in turn to a higher benefit when intra-channel effects are compensated for. Improvement in launch power @ BER=3x10-3 amounts to 1.9dB for 56GBd QPSK and 2.4dB of 56GBd 16QAM.\nAuthor(s): Ran Shi; Hongwei Chen; Mo Li; Minghua Chen; Shizhong Xie\nAuthor(s): Liang Zhang; Yanzhi Wu; Xiaofeng Hu; Tao Wang; Pan Cao; Yikai Su\nAuthor(s): Bin Li; Jinlong Yu; Bo Wu; Wenrui Wang; Bingchen Han; Jun Luo; Jingzhong Guo; Ziheng Yan; Chao Gao; Jia Liu; Enze Yang\nAuthor(s): Ning Zhang; Chunning Hou; Li Tao; Bo Huang; Xinying Li; Nan Chi\nAuthor(s): Liang Zhang; Xiaofeng Hu; Pan Cao; Tao Wang; Yikai Su\nAuthor(s): Xinying Li D.V.M.; Yufeng Shao; Wuliang Fang; Bo Huang; Junwen Zhang; Shumin Zou; Chunning Hou; Yuan Fang; Xiao Liu; Xi Zheng; Nan Chi\nAuthor(s): Ke Wang; Ampalavanapillai Nirmalathas; Christina Lim; Efstratios Skafidas\nIn this paper a novel high bandwidth optical wireless communication system for indoor personal area networking applications with both ubiquitous coverage and mobility feature is proposed and tradeoffs are studied. Gigabit-per-second optical wireless communication system with limited mobility provided to users has been demonstrated by proof-of- concept experiments for the first time. It has also been shown that when incorporating with the WiFi-based localization system, our proposed system can provide high-speed error-free operation with mobility over the entire room.\nAuthor(s): Duoduo Zeng; Jie Liu\nAuthor(s): Sareh Taebi; Simarjeet Singh Saini\nAuthor(s): Jing Xu; Zhixin Liu; Wei Jia; Lian-Kuan Chen\nAuthor(s): Qingyue Di; Xuan Weng; Yang Sun; Feng Tian; Lixia Xi; Xiaohong Zhao; Xiaoguang Zhang\nAuthor(s): Jinnan Zhang; Yangan Zhang; Xuan Weng; Xueguang Yuan; Mi Lin; Tao Jinjing; Xiaoguang Zhang\nAuthor(s): Yuan Zhao; Yaojun Qiao; Yuefeng Ji\nAuthor(s): Xueguang Yuan; Yangan Zhang; MingLun Zhang; Jinnan Zhang; Yongqing Huang\nAuthor(s): Koyu Chinen; Haruka Mikamori\nAuthor(s): Mingtao Liu; Min Zhang; Wei Yang; Libo Cai; Peida Ye\nAuthor(s): Junwen Zhang; Nan Chi; Yufeng Shao; Xi Zheng; Bo Liu; Xiangjun Xin\nAuthor(s): Xiaoting Xie; Yaojun Qiao; Yuefeng Ji\nAuthor(s): Song Jiang; Juhao Li; Cheng Zhang; Bangjiang Lin; Yongqi He; Zhangyuan Chen\nSingle-carrier Frequency Division Multiple Address (SC-FDMA) technique has been proposed for next generation passive optical network (PON). In this paper, we demonstrate both downstream and upstream SC-FDMA transmissions with source-free single wavelength transmission.\nAuthor(s): Shumin Zou; Xi Zheng; Wuliang Fang; Xinying Li; Junwen Zhang; Yufeng Shao; Nan Chi\nAuthor(s): Fan Zhang; Juhao Li; Chuanchuan Yang; Zhangyuan Chen; Chunxu Zhao; Su Zhang\nAuthor(s): Ivan B. Djordjevic; Lei Xu; Lybomir L. Minkov; Ting Wang; Shaoliang Zhang\nAuthor(s): Ziran Zhang; Nan Chi; Yufeng Shao; Bo Huang; Xinying Li; Wuliang Fang; Junwen Zhang; Shumin Zou; Li Tao; Jiangbo Zhu\nAuthor(s): Jing Zhang; Hongbo Zhang; Mingliang Deng; Kun Qiu; Yonggang Li\nAuthor(s): Zhansheng Wang; Yaojun Qiao; Yuefeng Ji\nWe investigate the problem of joint frequency offset and channel estimation for an 112Gbit/s QPSK CO-OFDM system. The paper presents a novel joint frequency offset and channel estimation method based on CP and training symbols. It is able to estimate the fractional part and integral part of frequency offset at the same time. Its estimation range is more than[-2,5 GHz,2.5 GHz] .Meanwhile, we present an efficient CD estimation and compensation method for CO-OFDM based on training symbol time-domain averaging (TSTA) and systematically investigate its robustness against transmission impairments such as the nonlinearity of MZ modulator, linewidth and frequency offset of laser. Simulation results indicate that even OSNR is very low, it estimates frequency offset and channel response very well.\nAuthor(s): Xuejun Liu; Yaojun Qiao; Yuefeng Ji\nAuthor(s): Yaojun Qiao; Xuejun Liu; Yuefeng Ji\nFiber nonlinearity is the important determinant of applying orthogonal frequency division multiplexing (OFDM) in optical transmission systems. In this paper, the fiber nonlinearity impairments in 40Gb/s coherent optical (CO-OFDM) system are post-compensated by a new method of fiber nonlinearity post-compensation (FNPC). FNPC located before the CO-OFDM receiver includes spectrum inversion (SI) and a subsequent 80km compensation high nonlinear fiber (HNLF), in which SI is based on four wave mixing (FWM) in semiconductor optical amplifier (SOA), not necessary to be inserted into the middle of link. The fiber nonlinearity impairments in transmission link are post-compensated after SI by transmission through the HNLF with large nonlinearity coefficient. Simulating results show that the nonlinear threshold (NLT) (for Q >10 dB) can be increased by almost 2.5 dB and maximum Q factor can increase about 1.2 dB for single-channel 40Gb/s CO-OFDM system with optical dispersion compensation. For 50-GHz channel spacing WDM systems a benefit of about 1.1 dB is still possible in NLT, equating to a 0.7 dB increase in maximum Q.\nAs coherent detection is employed in polarization division multiplexing coherent optical orthogonal frequency division multiplexing (PDM-CO-OFDM) system, it is important to investigate and compensate the optical phase impact on system performance. We have presented the study on the electronic pilot-aided phase compensator (PC) at receiver to compensate phase drift due to laser linewidth for 100Gb/s PDM-CO-OFDM without optical dispersion compensation in this paper. Simulating results are shown that PC is very effective and the improvement of Q is >5dB for the typical optical transport systems of 800km link with linewidth equal to 100kHz.\nAuthor(s): Katsumi Takano; Yuki Sawaguchi; Yoshiaki Ichijo; Shun Sato; Kiyoshi Nakagawa\nAuthor(s): M. Rakib-Uddin; Bikash Nakarmi; Tran Q. Hoai; Yong Hyub Won\nAn all-optical ON-OFF switch is demonstrated using a single-mode Fabry-Perot laser diode. The operation principle of the proposed switch is the gain modulation of injection locked single mode Fabry-Perot laser diode (SM FP-LD) by an external control beam. In this paper, the operation principle is explained and a 10 Gb/s data signal is switched ON and OFF with a control signal of 200 MHz. We measured the switched output with an extinction ratio of 15.4 dB. The rising and falling times of the switch were measured as 90 ps and 80 ps, respectively.\nAuthor(s): Jun Luo; Jinlong Yu; Wenrui Wang; Jingzhong Guo; Bingchen Han; Enze Yang\nAuthor(s): Xin Li; Zhongyuan Yu; Yumin Liu; Xiaotao Guo\nAuthor(s): Gerald S. Buller; Robert J. Collins; Patrick J. Clarke; Paul D. Townsend\nAuthor(s): Muguang Wang; Nan Jia; Kangping Zhong; Tangjun Li; Jianfeng Chi; Ming Chen; Taorong Gong; Dan Lu; Shuisheng Jian\nAuthor(s): Xin Zhou; Xiaoping Zheng; He Wen; Hanyi Zhang; Yili Guo; Bingkun Zhou\nOptical arbitrary waveform generation (OAWG) is considered as a promising technology in microwave photonics. Line-by- line control technique for OAWG according to Fourier transform theory has been widely adopted and then Optical frequency comb (OFC) is one key point of OAWG based on this method. In the experiment, based on cascading intensity modulation, an OFC signal of nine spectral lines is generated with its excursion smaller than 2dB. And then by selecting spectral lines of interest from OFC via optical filters, 10GHz, 20GHz sinusoidal signals with low phase noise and several desirable waveforms are generated easily.\nAuthor(s): Yuan Li; Youwen Fan; Fe Ye; Wei Li\nAuthor(s): Junyi Wang; Kailu Gao; Lu Yang; Xuan He; Z. Pan\nAuthor(s): Jingzhong Guo; Jinlong Yu; Jun Luo; Wenrui Wang; Bo Wu; Bingchen Han; Enze Yang\nAuthor(s): Xiujiao Gao; Hongfang Yu; Vishal Anand; Gang Sun; Hao Di\nAuthor(s): Yuan Yu; Jianji Dong; Xiang Li; Lina Zhou; Xinliang Zhang\nAuthor(s): Xiang Li; Yuan Yu; Jianji Dong; Xinliang Zhang\nAuthor(s): Yu Yu; Xinliang Zhang; Dexiu Huang\nAuthor(s): Wei Wang; Yongjun Zhang; Chang Cao; Yang Cao; Rui Chen; Zheng Ma; Yongli Zhao; Wanyi Gu\nIn this paper, we propose a GPON-based transmission hierarchy (GTH) for metro network. Then a simulation testbed is constructed to study the GTH's performance on supporting wireless backhaul service. Simulation results show that, compared with MSTP, GTH reduces the cost of network expansion significantly for its higher transmission efficiency.\nAuthor(s): C. H. Yeh; C. W. Chow; F. Y. Shih; Y. F. Wu; S. Chi\nAuthor(s): C. H. Yeh; C. W. Chow; Y. F. Wu; F. Y. Shih; C. H. Wang; S. Chi\nAuthor(s): Li Tao; Bo Huang; Yufeng Shao; Junwen Zhang; Jiangbo Zhu; Nan Chi\nAuthor(s): Yuan Fang; Xiao Liu; Xi Zheng; Wuliang Fang; Chunning Hou; Yufeng Shao; Nan Chi\nThe method of coherent detection utilize image rejection in the receiver to obtain better performance in demodulation of FSK downstream. We implement it in passive optical network and adopt re-modulation which modulalte ASK signal directly on FSK signal as upstream. The possibility of extending the system to WDM-PON condition is also discussed. By image rejection receiver, we get obvious performance improvement featuring BER. When in long haul situation, compared with band-pass filter, the image rejection receiver greatly improve the BER. Several detailed parameters in the receiver are varied in certain range to indicate their effect on the system performance. Results show that the image rejection receiver we propose is suitable for access network, especially for long-distance access network.\nAuthor(s): Luis C. Vieira; Nathan J. Gomes; Anthony Nkansah\nAuthor(s): Nishiuchi Kazuhumi; Liang Jing; Iwashita Katsushi\nFurther increase of transmission capacity is required for high speed networks and there are some problems to improve WDM system performances. Especially, for-wave-mixing (FWM) is one of the fiber nonlinearities and FWM impairments remain unsolved. In this experiment, we demonstrate digital coherent detection for FWM compensation. Two ASK-modulated optical signals are transmitted through dispersion-shifted fibers (DSF) with an optical amplifier repeater. FWM has been generated by transmitting through DSF. The transmitted signals are combined with phase-locked local oscillator lights because phase information and the phase relation among individual channels can be kept using phase locked light. The detected individual signals are compensated by backward propagation method. The FWM-crosstalk ratio is improved from 12 dB to 17dB and eye-opening is also improved by compensation.\nAuthor(s): He Wen; Mingchuan Wei; Xiaoping Zheng; Hanyi Zhang; Yili Guo\nThe proposed maximum likelihood sequence estimation (MLSE) receiver to mitigate polarization mode dispersion (PMD) impairment on phase-shift keying incorporates polarization diversity receiving and joint symbol processing by employing another delay interferometer (DI) using cross polarization interference together with a traditional DI. Applied to an 80-Gbit/s DQPSK demonstration system, the joint-symbol MLSE receiver shows better performance.\nAuthor(s): Wenke Yu; Caiyun Lou; Li Huo; Jianhua Chen\nWe have proposed a modified all-optical SPM-based 2R-regenerator using an imbalanced nonlinear optical loop mirror (I-NOLM). The benefits of using the I-NOLM are demonstrated. Simulation and experiment of 10-Gbit/s regeneration are also performed. Research results show that Q-factor and extinction-ratio of the degraded signal can be improved more with the modified regenerator compared to a conventional SPM-based 2R-regenerator.\nAuthor(s): Xiaoguang Zhang; Xuan Weng; Feng Tian; Lixia Xi; Qianjin Xiong; Xixiang Li; Guangyong Zhang


url: =Search Articles for "Knock"\nCombustion Analysis and Knock Detection in Single Cylinder DI-Diesel Engine Using Vibration Signature Analysis\nCOUNTING OF AEROBIC THERMAL MICROORGANISMS VIABLE IN WATER OF STERILIZERS USED IN SLAUGHTER ROOMS ENUMERAÇÃO DE MICROORGANISMOS AERÓBIOS TERMÓFILOS VIÁVEIS EM ÁGUA DE ESTERILIZADORES DE SALAS DE MATANÇA\nAuthor(s): César Augusto Garcia | Albenones José de Mesquita | Marco Aurélio Luís Barcelos | José Luiz Cortes Gama\nAuthor(s): Lee Jun | Jung In | Lee Chang-Min | Park Jin | Chun Sung | Jeong Soo | Ha Tae | Shin Yong | Kim Dae | Park Yeong-Min\nAuthor(s): Almeida Luciana | Trombone Ana | Lorenzi Julio | Rocha Carolina | Malardo Thiago | Fontoura Isabela | Gembre Ana | Silva Ricardo | Silva Célio | Castelo Ademilson | Coelho-Castelo Arlete\nAuthor(s): H. Nasirian | H. Ladonni | M. Shayeghi | M. Soleimani Ahmadi\nAuthor(s): Robert Edward Thomas Ward\nAuthor(s): Robert M. Carter\nEstablishing the resistance of Myzus persicae (Sulzer) by molecular methods\nAuthor(s): Vučetić Anđa | Petrović-Obradović Olivera | Margaritopoulos J. | Skouras P.\nAuthor(s): Camarata Troy | Snyder Diana | Schwend Tyler | Klosowiak Julian | Holtrup Brandon | Simon Hans-Georg\nAuthor(s): Piazza Francesco | Manni Sabrina | Tubi Laura | Montini Barbara | Pavan Laura | Colpo Anna | Gnoato Marianna | Cabrelle Anna | Adami Fausto | Zambello Renato | Trentin Livio | Gurrieri Carmela | Semenzato Gianpietro\nAuthor(s): Dery Dominic | Brown Charles | Asante Kwaku | Adams Mohammed | Dosoo David | Amenga-Etego Seeba | Wilson Mike | Chandramohan Daniel | Greenwood Brian | Owusu-Agyei Seth\nAuthor(s): Patrick Michl | Stefanie Ripka | Thomas Gress | Malte Buchholz\nAuthor(s): Anna C Cunningham-Edmondson | Steven K Hanks\nAuthor(s): Yun James | Tsao Ming-Sound | Der Sandy\nAuthor(s): Zhang Guihong | Brewster Abenaa | Guan Baoxiang | Fan Zhen | Brown Powel | Xu Xiao-Chun\nAuthor(s): Mathias Derrick | Ochomo Eric | Atieli Francis | Ombok Maurice | Nabie Bayoh M | Olang George | Muhia Damaris | Kamau Luna | Vulule John | Hamel Mary | Hawley William | Walker Edward | Gimnig John\nAuthor(s): Qi Yong | Longo Kenneth | Giuliana Derek | Gagne Samantha | McDonagh Tom | Govek Elizabeth | Nolan Anna | Zou Chaoseng | Morgan Kristen | Hixon Jeffrey | Saunders Jeffrey | DiStefano Peter | Geddes Brad\nAuthor(s): Tsigankov Dmitry | Koulakov Alexei\nAuthor(s): Pérez-Sánchez Lizaida | González Elizabeth | Colón-Lorenzo Emilee | González-Velázquez Waleska | González-Méndez Ricardo | Rodríguez-del Valle Nuri\nAuthor(s): Liu Beihui | Xu Haibo | Paton Julian | Kasparov Sergey\nAuthor(s): Montagud Arnau | Navarro Emilio | Fernández de Córdoba Pedro | Urchueguía Javier | Patil Kiran\nAuthor(s): Ma Li | Wang Ying | Malbon Craig | Wang Hsien-yu\nAuthor(s): Stewart Meredith | Roy Polly\nAuthor(s): Djokovic Dusan | Trindade Alexandre | Gigante Joana | Badenes Marina | Silva Lilliana | Liu Ren | Li Xiuqing | Gong Ming | Krasnoperov Valery | Gill Parkash | Duarte Antonio\nAuthor(s): Zhu Tao | Lou Qiang | Wu Yang | Hu Jian | Yu Fangyou | Qu Di\nLONG TERM CONTINUOUS USE OF AUTO- LPG CAUSES THERMAL PITTING IN AUTOMOTIVE S. I. ENGINE PARTS\nAuthor(s): R. K. MANDLOI, | A.REHMAN\nAuthor(s): Abdelkader A. Metwally | Charareh Pourzand | Ian S. Blagbrough\nAuthor(s): Pao-Hsien Chu | Jonathan T. Lu | Ju Chen\nAuthor(s): Nikota Jake | Botelho Fernando | Bauer Carla | Jordana Manel | Coyle Anthony | Humbles Alison | Stampfli Martin\nAuthor(s): Bruschi Fabrizo | Chiumiento Lorena\nAuthor(s): Wang Zhongyan | Bishop Eric | Burke Peter\nThree-body dynamical interference in electron and positron collision with positronium atom\nKNOCK CRITERION IN GAS ENGINE WITH HIGH-ENERGY IGNITION SYSTEM\nAuthor(s): F. Abramchuk | O. Kabanov | A. Kuzmenko | M. Lipinskiy\nMining Train Delays by Using Frequent Itemsets\nAuthor(s): D.Kishore Babu | Y.Nagasatish | P.M.Prasuna\nExtension of a port knocking client-server architecture with NTP synchronization\nAuthor(s): Traian Andrei Popeea\nAuthor(s): Blaya RicardoAbreu | Reyes JuanBory | Brackx Fred | De Knock Bram | De Schepper Hennie | Peña DixanPeña | Sommen Frank\nAuthor(s): Kilian Albert | Byamukama Wilson | Pigeon Olivier | Gimnig John | Atieli Francis | Koekemoer Lizette | Protopopoff Natacha\n"Behaviour changes in Permethrin-resistant strain of Anopheles Stephensi "\nAuthor(s): Vatandoost H\nAuthor(s): Berger Eldie | Crampton Michael | Nxumalo Nolwandle | Louw Maureen\nOn the Bilingual Teaching Reform in China: A Look into Sino-U.S Bilingual Education\nAuthor(s): Baoren Su\nAuthor(s): Margolis David | Viriyakosol Suganya | Fierer Joshua | Kirkland Theo\nAuthor(s): Zhang Jin-Yu | Lee Kyu-Sun | Kim Ji-Su | Song Bong-Seok | Jin Dong-Il | Koo Deog-Bon | Yu Kweon\nAuthor(s): Sasaki Shintarou | Yamagishi Noriko | Yoshikawa Nobuyuki\nAuthor(s): Beckmann Jan | Vitobello Antonio | Ferralli Jacqueline | Brož Daniela | Rijli Filippo | Chiquet-Ehrismann Ruth\nAuthor(s): Prysyazhna Oleksandra | Rudyk Olena | Eaton Philip\nEffects of ced-9 dsRNA on Caenorhabditis elegans and Meloidogyne incognita\nAuthor(s): Robert T. Gaeta | Abdellatif Bahaji | Glenda W. Polack | Alejandro CalderÃ³n-Urrea\nAuthor(s): Björn Becker | Manfred J. Schmitt


url: =Staff - Zhongzhi Chen | The Justice\nReview of J.M. Coetzee’s “Disgrace”\nby Zhongzhi Chen | 03/16/2021\nIn Coetzee’s “Disgrace,” these dichotomies that we depend on to comprehend or distort reality disintegrate, from the ruins and rubbles of which a shared suffering transcending tribalism arises — the essence of our human condition.\nby Zhongzhi Chen | 03/02/2021\nThe concept of canon as a set of important, if not immortal literary, artistic and otherwise cultural documents, manifesting the best parts of a certain culture, is an idea not at all alien to the non-Western world.


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url: =The Warrens | The Ascent Official Wiki ">\nThe Warrens | The Ascent Official Wiki\nArcology The Warrens\nThe Warrens is a Location featured in The Ascent. Locations in The Ascent refer to all the specific areas within the futuristic arcology of Veles, which are now occupied by different Factions following the collapse of the mega-corporation, The Ascent Group. As a result, unique NPCs and Enemies can be found across different locations within The Ascent galaxy. This page serves to include all relevant information and data found in The Warrens.\nThe Warrens Information\nThe Warrens make up lowest officially inhabited levels of the arcology. Warm, smoggy and humid down here where clusters of densely packed habStacks merged and attached themselves to the arcology in an almost organic fashion.\nThe Warrens are found on one of the lowest levels before the actual deepStink, and it's not uncommon for a whiff of the nether regions to make its way into the air recyclers above. But the habbers here are used to the stench, the humidity and the never-ending, barely policed violence. Some indents look up to the mid- and top levels and yearn for better lives, but most have the sense to limit their dreams to the realm of the possible.\nNPCs in The Warrens\nMerchants in The Warrens\nBounties Collector (Bartender)\nEnemies in The Warrens\nMissions in The Warrens\nNotes & Trivia in The Warrens\nAscent Group HQ ♦ Black Lake ♦ Black Lake Tower ♦ Blossom Hills ♦ Cluster 13 ♦ Coder's Cove ♦ Coder’s Cove ♦ CorpZone ♦ DeepStink ♦ DNexus ♦ Gemini Stacks ♦ Gratitude ♦ Grinder ♦ Highstreet ♦ MenShen ♦ Nitroad ♦ No Man's Land ♦ Onyx Void HQ ♦ Outskirts ♦ Pod Lot ♦ RBM-5 ♦ RevDev ♦ RezDev ♦ Rooftops ♦ Scrapland ♦ Serenity Plus ♦ Stimtown ♦ Sub-Sector 41A ♦ Tham's Gate ♦ The Cosmodrome ♦ The Edge ♦ The Glut ♦ The Golden Satori ♦ The Node ♦ The Pinnacle ♦ The Umbilical ♦ Waste Recycling Network


url: =Zhongguo gu jian zhu yi shu da guan (Book, 1995) [WorldCat.org]\nI thought you might be interested in this item at http://www.worldcat.org/oclc/34732181 Title: Zhongguo gu jian zhu yi shu da guan Author: 魯傑, 1945- 魯傑, 魯輝, 魯寧著. 魯輝, 魯寧. ; Jie Lu; Hui Lu; Ning Lu Publisher: Chengdu : Sichuan ren min zhu ban she, 1995- ISBN/ISSN: 722002679X 9787220026799 OCLC:34732181\nZhongguo gu jian zhu yi shu da guan\n魯傑, 1945- 魯傑, 魯輝, 魯寧著. 魯輝, 魯寧. ; Jie Lu; Hui Lu; Ning Lu\n四川人民出版社, Chengdu : Sichuan ren min zhu ban she, 1995-\nFind more information about: Jie Lu Hui Lu Ning Lu\n1. Men chuang yi shu juan --\n2. Ping mian bu ju yi shu juan --\n3. Li mian zao xing yi shu juan --\n4. Wu ding zao xing yi shu juan --\n5. Tai jie yi shu juan --\n6. Mu diao yi shu juan --\n7. Ni su yi shu juan --\n8. Shi ke yi shu juan --\n9. Cai hua yi shu juan --\n10. Dou gong yi shu juan.\nLu Jie, Lu Hui, Lu Ning zhu.\nZhongguo gu jian zhu yi shu da guan". Be the first.\n<http://www.worldcat.org/oclc/34732181> # 中國古建築藝術大觀\nlibrary:oclcnum "34732181" ;\nlibrary:placeOfPublication <http://experiment.worldcat.org/entity/work/data/40429919#Place/chengdu> ; # Chengdu\nrdfs:label "Zhongguo gu jian zhu yi shu da guan" ;\nschema:about <http://experiment.worldcat.org/entity/work/data/40429919#Topic/architecture_china_details> ; # Architecture--China--Details\nschema:about <http://dewey.info/class/721.0951/> ;\nschema:contributor <http://experiment.worldcat.org/entity/work/data/40429919#Person/lu_ning> ; # 魯寧.\nschema:contributor <http://viaf.org/viaf/44176690> ; # 魯輝\nschema:creator <http://viaf.org/viaf/68807719> ; # 魯傑\nschema:description "1. Men chuang yi shu juan -- 2. Ping mian bu ju yi shu juan -- 3. Li mian zao xing yi shu juan -- 4. Wu ding zao xing yi shu juan -- 5. Tai jie yi shu juan -- 6. Mu diao yi shu juan -- 7. Ni su yi shu juan -- 8. Shi ke yi shu juan -- 9. Cai hua yi shu juan -- 10. Dou gong yi shu juan." ;\nschema:exampleOfWork <http://worldcat.org/entity/work/id/40429919> ;\nschema:name "中國古建築藝術大觀"@zh ;\nschema:productID "34732181" ;\nschema:publication <http://www.worldcat.org/title/-/oclc/34732181#PublicationEvent/880_04chengdu_sichuan_ren_min_zhu_ban_she_1995> ;\nschema:publisher <http://experiment.worldcat.org/entity/work/data/40429919#Agent/sichuan_ren_min_zhu_ban_she> ; # Sichuan ren min zhu ban she\nschema:workExample <http://worldcat.org/isbn/9787220026799> ;\nwdrs:describedby <http://www.worldcat.org/title/-/oclc/34732181> ;\n<http://experiment.worldcat.org/entity/work/data/40429919#Agent/sichuan_ren_min_zhu_ban_she> # Sichuan ren min zhu ban she\nschema:name "Sichuan ren min zhu ban she" ;\n<http://experiment.worldcat.org/entity/work/data/40429919#Person/lu_ning> # 魯寧.\nschema:name "魯寧."@zh ;\nschema:name "Ning Lu"@en ;\n<http://experiment.worldcat.org/entity/work/data/40429919#Place/chengdu> # Chengdu\n<http://experiment.worldcat.org/entity/work/data/40429919#Topic/architecture_china_details> # Architecture--China--Details\n<http://viaf.org/viaf/44176690> # 魯輝\nschema:name "魯輝"@zh ;\nschema:name "Hui Lu"@en ;\n<http://viaf.org/viaf/68807719> # 魯傑\nschema:name "魯傑"@zh ;\nschema:name "Jie Lu"@en ;\nschema:isbn "722002679X" ;\nschema:isbn "9787220026799" ;\nschema:about <http://www.worldcat.org/oclc/34732181> ; # 中國古建築藝術大觀\nschema:location <http://experiment.worldcat.org/entity/work/data/40429919#Place/chengdu> ; # Chengdu\nschema:organizer <http://experiment.worldcat.org/entity/work/data/40429919#Agent/sichuan_ren_min_zhu_ban_she> ; # Sichuan ren min zhu ban she\nZhongguo gu jian zhu yi shu da guan/魯傑, 1945- Jie Lu; Hui Lu; Ning Lu; 四川人民出版社, Chengdu : Sichuan ren min zhu ban she, 1995-


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url: =Subtitles Tang Bohu dian Qiuxiang - subtitles english 1CD srt (eng) Support us:\nTimor-LesteTrinidad and TobagoTunisiaTurkeyTurkmenistanU.S. Virgin IslandsUgandaUKUkraineUnited Arab EmiratesUruguayUSAUzbekistanVanuatuVenezuelaVietnamWest GermanyYemenYugoslaviaZaireZambiaZimbabweMovie year:=<<=>>=!=FPS:Select23.97623.98024.00025.00029.97030.00050.00059.94060.000SubtitlesFormat:SelectsubsrttxtssasmimpltmpvttUploaded:SelectToday1 day ago7 days ago15 days ago1 month ago6 months ago1 year agoVery advanced searchVery advanced searchUploader:User ID::IMDB ID:Movie hash:Movie ID: Watch movies with subtitles using Open Subtitles MKV Player. It is free and clean, works under Windows.Hide ads Tang Bohu dian Qiuxiang subtitles English The Flirting Scholar English subtitles (1993) 1CD srtBuy at AmazonSubtitle detailsDownloadUse OpenSubtitles Download ManagerThanks1 thanks receivedRate quality of subtitlesCommentStream this movie on alluc.com Flirting Scholar.srt\nshow previewFlirting Scholar.avi\nMovie filenames周星馳 唐伯虎點秋香 高清 [ Stephen Chow- Flirting Scholar ]_low.mp4\nMovie filenamesFlirting Scholar 23.976 FPS\nTang Bohu dian Qiuxiang subtitles English Release name#CD UploadedUploaderFlirting Scholar2CD16/12/2005305x\n0.00imcool (a)Flirting Scholar1CD16/12/20051646x\n8.50imcool (a)Interesting linksAll subtitles for this movie in this languageAll subtitles for this movieAll subtitles from this userRequest this subtitle for a different releaseAbout movie:Find file:Release:Trailers:Posters:Covers:Others:Your link hereMovie detailsAKA:Flirting Scholar (eng), Flirtong Scholar (eng)Movie Rating:7.6 / 10\n- A scholar in search of true love. Disguising himself as a houseboy, he indentures himself to a rich family in order to pursue the ravishing servant girl who has stolen his heart.Directed by:Lik-Chi LeeWriter credits:Vincent KokLik-Chi LeeCast:Stephen ChowLi GongPak-cheung ChanFai-hung ChanPei-pei ChengMimi ChuTiet Wo ChuJessica Hester HsuanVincent KokYing-Wai HoPeter LaiKit Ying LamBei-Dak LaiWai LamKin-Yan LeeKa-Yan LeungWing-Chung LeungChia Hui LiuGenre:ComedyRomanceCountry:Hong KongChinaLanguage:CantoneseHide ads download subtitleNew subtitlesABCDEFGHIJKLMNOPQRSTUVWXYZ#Support us |


url: =Headhunting IT | People & Projects Headhunter\nHeadhunting IT | People & Projects e.K. Gesellschaft für Headhunting und Executive Search. Die Experten für strategische Personalsuche.


url: =Yujie Chen - researchr alias\nPublications by 'Yujie Chen'\nFire stations siting with multiple objectives and geospatial big dataWenhao Yu, Menglin Guan, Yujie Chen. esi, 14(1):141-160, 2021. [doi]\nPncStress: a manually curated database of experimentally validated stress-responsive non-coding RNAs in plantsWenyi Wu, Yan Wu, Dahui Hu, Yincong Zhou, Yanshi Hu, Yujie Chen, Ming Chen 0013. biodb, 2020, 2020. [doi]\nBio-Inspired Adversarial Attack Against Deep Neural NetworksBowei Xi, Yujie Chen, Fei Fan, Zhan Tu, Xinyan Deng. AAAI 2020: 1-5 [doi]\nDeveloping the novel bioinformatics algorithms to systematically investigate the connections among survival time, key genes and proteins for Glioblastoma multiformeYujie You, Xufang Ru, Wanjing Lei, Tingting Li, Ming Xiao, Huiru Zheng, Yujie Chen, Le Zhang 0004. bmcbi, 21-S(13):383, 2020. [doi]\nDual-Fiber-Ring Architecture Supporting Discretionary Peer-to-Peer Intra-Communication and Bidirectional Inter-communication in Metro-Access NetworkXingfeng Li, Chaoqin Gan, Yujie Chen, Hubao Qiao, Yuqi Yan. access, 7:52360-52370, 2019. [doi]\nA Dual Parameter Synchronous Monitoring System of Brain Edema Based on the Reflection and Transmission Characteristics of Two-Port Test NetworkGen Li, Jingbo Chen, Shanshan Gu, Jun Yang, Yujie Chen, Shuanglin Zhao, Jia Xu, Zeling Bai, Jian Ren, Lin Xu, Mingsheng Chen, Mingxin Qin, Kwok Wa Leung, Jian Sun. access, 7:50839-50848, 2019. [doi]\nLinear Power Flow Calculation of Distribution Networks With Distributed GenerationKuan Liu, Chun Wang, Weizhang Wang, Yujie Chen, Huicheng Wu. access, 7:44686-44695, 2019. [doi]\nOPSPF: Orbit Prediction Shortest Path First Routing for Resilient LEO Satellite NetworksTian Pan, Tao Huang, Xingchen Li, Yujie Chen, Wenhao Xue, Yunjie Liu. icc 2019: 1-6 [doi]\nA Clinical Research on Real-Time Monitoring of Cerebral Edema After Basal Ganglia Hemorrhage Based on Near-Field Coupling Phase Shift TechnologyJian Sun, Jingbo Chen, Gen Li, Lin Xu, Jian Ren, Mingsheng Chen, Jia Xu, Zeling Bai, Jun Yang, Yujie Chen, Mingxin Qin, Kwok Wa Leung. access, 7:123736-123745, 2019. [doi]\nComputed tomography angiography-based analysis of high-risk intracerebral haemorrhage patients by employing a mathematical modelLe Zhang, Jin Li, Kaikai Yin, Zhouyang Jiang, Tingting Li, Rong Hu, Zheng Yu, Hua Feng, Yujie Chen. bmcbi, 20(7):109-116, 2019. [doi]\n80-Channel WDM-MDM Transmission Over 50-km Ring-Core Fiber using a Compact OAM DEMUX and Modular 4×4 MIMO EqualizationJunwei Zhang, Yuanhui Wen, Heyun Tan, Jie Liu, Lei Shen, Maochun Wang, Jiangbo Zhu, Changjian Guo, Yujie Chen, Zhaohui Li, Siyuan Yu. ofc 2019: 1-3 [doi]\nFCM融合改进的GSA算法在医学图像分割中的研究 (Study of FCM Fusing ImprovedGravitational Search Algorithm in Medical Image Segmentation)Fei Feng, Peixue Liu, Li Li, Yujie Chen. jsjkx, 45(6A):252-254, 2018. [doi]\nA Weighted MHOF and Sparse Representation Based Crowd Anomaly Detection AlgorithmYujie Chen, Suyu Wang. dasc 2017: 760-765 [doi]\nA novel adaptive general current drive circuitYujie Chen, Ning Mei Yu, He Jiu Zhang, Keren Li, Nan Lyu. asicon 2017: 557-560 [doi]\n改进2DPCA算法在人脸识别中的应用 (Application of Improved 2DPCA Algorithm in Face Recognition)Fei Feng, Baohua Jiang, Peixue Liu, Yujie Chen. jsjkx, 44(Z11):267-268, 2017. [doi]\nScalable Orbital Angular Momentum Mode-Division-Multiplexed Transmission over 10-km Graded-Index Ring-Core FiberGuoxuan Zhu, Jiangbo Zhu, Xiong Wu, Jie Liu, Cheng Du, Haozhe Yan, Ziyang Hu, Xuyang Wang, Yujie Chen, Wenyong Luo, Shangyuan Li, Xiaoping Zheng, Xinlun Cai, Siyuan Yu. ecoc 2017: 1-3 [doi]\nEvaluating Hyperheuristics and Local Search Operators for Periodic Routing ProblemsYujie Chen, Philip Mourdjis, Fiona A. C. Polack, Peter Cowling, Stephen Remde. evoW 2016: 104-120 [doi]\nVariable Neighbourhood Descent with Memory: A Hybrid Metaheuristic for Supermarket ResupplyPhilip Mourdjis, Yujie Chen, Fiona A. C. Polack, Peter Cowling, Martin Robinson. hm 2016: 32-46 [doi]\nTemporal Upscaling and Reconstruction of Thermal Remotely Sensed Instantaneous EvapotranspirationTongren Xu, Shaomin Liu, Lu Xu, Yujie Chen, Zhenzhen Jia, Ziwei Xu, Jeffrey Nielson. remotesensing, 7(3):3400-3425, 2015. [doi]\nDynamic Period Routing for a Complex Real-World System: A Case Study in Storm Drain MaintenanceYujie Chen, Peter I. Cowling, Stephen Remde. evoW 2014: 109-120 [doi]\nIP protection platform based on watermarking techniqueYun Du, Yangshuo Ding, Yujie Chen, Zhiqiang Gao. isqed 2009: 287-290 [doi]\nLink Lifetime-Based Segment-by-Segment Routing Protocol in MANETsYujie Chen, Guojun Wang, Sancheng Peng. ispa 2008: 387-392 [doi]


url: =Yan Peng 0001 - researchr alias\nPublications by 'Yan Peng 0001'\nA Multimode Flow Control Valve for Simplifying the Driving System of Pneumatic Soft RobotsYang Yang 0044, Yongjian Zhao, Songyi Zhong, Yan Peng 0001, Yi Yang, Na Liu 0004, Huayan Pu. tie, 68(12):12472-12481, 2021. [doi]\nEvent-Triggered Bipartite Consensus in Networked Euler-Lagrange Systems With External DisturbanceQun Deng, Yan Peng 0001, Tao Han, Dong Qu. tcasII, 68(8):2870-2874, 2021. [doi]\nResilient Static Output Feedback Control of Linear Semi-Markov Jump Systems With Incomplete Semi-Markov KernelYongxiao Tian, Huaicheng Yan 0001, Hao Zhang 0008, Xisheng Zhan 0001, Yan Peng 0001. tac, 66(9):4274-4281, 2021. [doi]\nAdaptive Sliding Mode Fault-Tolerant Fuzzy Tracking Control With Application to Unmanned Marine VehiclesYueying Wang, Bin Jiang, Zheng-Guang Wu, Shaorong Xie, Yan Peng 0001. tsmc, 51(11):6691-6700, 2021. [doi]


url: =Dagur (Chinese people) | Open Library\n20 works Search for books with subject Dagur (Chinese people).\nHistory, Social life and customs, Shamanism, Religion, Rites and ceremonies, Ethnology, Religious life and customs, Bibliography, Biography, China, Dagur Epic poetry, Dictionaries, Ethnic relations, Evenki (Asian people), Folk poetry, Folklore, Genealogy, History and criticism, Internet Archive Wishlist, Manchu language\nChina, Inner Mongolia, Manchuria (China), Inner Mongolia (China), Manchuria, Molidawa Dawo'erzu Zizhiqi, Dagur (Chinese people), Hali Cun (Molidawa Dawo'erzu Zizhiqi, China), Morin Dawa Daurzu Zizhiqi, Morin Dawa Daurzu Zizhiqi (China), Qiqihar Suburban Area, Russia (Federation), Transbaikalia, Transbaikalia (Russia)\nErdenijab, 2 books\nSong Yi, 2 books\nBatubuyan., 1 book\nJinghai E, 1 book\nHuijun Qi, 1 book\nAlhal Hȯgjintai, 1 book\nZhongguo ren min zheng zhi xie shang hui yi. Wen shi he xue xi wei yuan hui, 1 book\nGuo jia min zu shi wu wei yuan hui quan guo shao shu min zu gu ji zheng li yan jiu shi (China), 1 book\nShiqing Ding, 1 book\nYan Mao, 1 book\nAre you sure you want to remove Dagur (Chinese people) from your list?


url: =China Fujian Yellow Pages\nChina Fujian Yellow Pages Submit CD/DVD Download full list\n1. QUANHZHOU SHENGDA LIGHT INDUSTRY CO., LTD. T:+86 (595) 7581089\n2. FUZHOU CANGSHAN MINGUAN SHOES AND CAPS FACTORY T:+86 (591) 3507706,3507887\n3. XIAMEN OVERSEAS CHINESE ELECTRONIC CO., LTD T:+86 (592) 6021091,800-8582315\n4. FUJIAN YONGHENG ELECTRICAL MACHINERY CO.,LTD./ MINDONG PUMP AND ELECTRICAL MACHINERY FACTORY T:+86 (593) 6510037\n5. THE MEERCHI ARTS & CRAFTS CO LTD QUANZHOU T:+86 (595) 22583366,2583366,2583770,22583770\n6. MINDONG ELECTRIC (GROUP) CO., LTD. T:+86 (591) 3314412,0208 270 6800\n7. FUJIAN QUANZHOU BAODOU GROUP CO., T:+86 (595) 3523575,3587789\n8. FUJIAN THUMB ENTERPRISE GROUP T:+86 (591) 7826003\n9. LIANQIAO FROZEN FOODSTUFF (ZHANG PU) CO., LTD. T:+86 (596) 3881888\n10. JINJIANG SHENGDA GARMETN FACTORY T:+86 (595) 8282488,8288989\n11. SHISHI DINA BRA AND UNDERWEAR CO., LTD T:+86 (595) 8708162\n12. FUJIAN QUANZHOU WANXINGSHUN BAGS CO., LTD. T:+86 (595) 2127749,86-595-2460088\n13. FUJIAN YONGDEXIN COATED ABRASIVE TOOL CO., LTD. T:+86 (599) 7921401,86-579-5665685\n14. FUZHOU FUXING PHARMACEUTICAL CO., LTD. T:+86-591-83549519,0591-3646729,0591-3662046\n15. KING DHARMSA SPIRULINA COMPANY, FUQING CITY FUJIAN T:+86 (591) 5532222\n16. CHINA FUJIAN ZHANGZHOU LONGJIANG IMP.&EXP. CORPORATION T:+86 (596) 2938198,2924627\n17. NAN''AN RESIN CO., LTD. T:+86 (595) 6411108,6415108\n18. FUJIAN ANXI FENGHUA GARMENT MAKING CO., LTD. T:+86 (595) 3232389,3233128\n19. FU''AN ZHENGYUAN ELECTROMECHANICAL CO., LTD. T:+86 (593) 6364855\n20. SHISHI TIANRAN NEW TECHNOLOGY DEVELOPING CO. T:+86 (595) 88581359,8581359,88585359\nDownload China Fujian Yellow Pages List


url: =Van She | Factóide!\nClipe: Van She – Kelly\nPublicado em Vídeos Fast por Gabriel Lucas às 06:40\ncom as tags Australia, Indie, Kelly, modular people, official music video, Van She\nJamaica do Van She chega, enfim, na Jamaica\nGraças ao belo remix dub do Mad Professor.\ncom as tags Download, dub, free, Jamaica, mad professor, Música Eletrônica, Remix, Van She\nClipe: Van She – Jamaica\nPublicado em Vídeos Fast por Gabriel Lucas às 12:29\ncom as tags Australia, Clipe, Indie, Jamaica, Van She\nClipe de Fã ganhador de Concurso: Van She – Idea of Happiness (SebastiAn Remix)\nPublicado em Música Eletrônica, Vídeos Fast por Gabriel Lucas às 09:26\ncom as tags Clipe, contest winner, fanmade, idea of happiness, music video, Remix, SEBASTIAN, Van She


url: =Spectral unmixing using nonnegative matrix factorization with smoothed L0 norm constraint - DRO\nYang, Zuyuan, Chen, Xi, Zhou, Guoxu and Xie, Shengli 2009, Spectral unmixing using nonnegative matrix factorization with smoothed L0 norm constraint, in Proceedings of SPIE - The International Society for Optical Engineering, SPIE, Bellingham, Washington, pp. 1-1, doi: 10.1117/12.832005.\nyang-spectralunmixing-2009.pdf Published version application/pdf 520.04KB 260\nMIPPR 2009: Multispectral Image Acquisition and Processing (October 30, 2009)\nWed, 08 Jan 2014, 12:59:31 EST Mon, 13 Jan 2014, 13:52:28 EST Thu, 16 Jan 2014, 10:09:23 EST Mon, 10 Feb 2014, 08:58:32 EST Thu, 26 Jun 2014, 11:20:50 EST Tue, 01 Jul 2014, 12:13:34 EST Tue, 01 Jul 2014, 12:14:13 EST Tue, 01 Jul 2014, 12:15:12 EST Tue, 01 Jul 2014, 12:47:56 EST Tue, 06 Sep 2016, 22:27:10 EST Tue, 05 Dec 2017, 12:46:06 EST Fri, 07 Sep 2018, 16:51:54 EST Filtered Full\n156 Abstract Views, 260 File Downloads - Detailed Statistics\nWed, 08 Jan 2014, 12:59:31 EST


url: =Technical Progress of Chiral Resolution--《Henan Chemical Industry》2002年01期\n《Henan Chemical Industry》 2002-01\nTechnical Progress of Chiral Resolution\nREN Guo - bin , ZHAN Yu - zhong , GUO Shi - ling(Institute of Chemical Engineering , Zhengzhou University , Zhengzhou 450002 , China)\nAbstract : Raceme resolution is the main route for preparation of chiral compounds. This article reviews resolu-tion methods of raceme which includes six categories, such as mechanical , chemical, biochemical, chromato-graphic, extractive and membranous methods. Among these, mechanical, chemical and biochemical methods are popularly used in industrial application at present . It is forcasted that chromatographic, extractive and mem-branous methods will be the future directions of development owing to their own advantages.\n1 Chen Yuanxiong(Institute of Material Science and Chemical Engineering,China University of Geosciences ,Wuhan 430074);The Recognition Mechanism and Application of Inclusion Resolution Method Used in Chiral Drugs Resolution[J];Anhui Chemical Industry;2005-01\n3 LU Ding-qiang1,2,LI Yan-liang1,LING Xiu-quan1,TU Qing-bo1,CHEN Jia1(1.College of Life Science and Pharmacology,Nanjing University of Technology,Nanjing 210009,China;2.Jiangsu Provincial Institute of Materia Medica,Nanjing 210009,China);Technical Progress on the Chiral Drug Resolutions[J];Lishizhen Medicine and Materia Medica Research;2009-07\n4 XIE Rui, CHU Liang-Yin, QU Jian-Bo(School of Chemical Engineering, Sichuan University, Chengdu 610065, China);Development and application of membranes for chiral resolutions[J];Modern Chemical Industry;2004-04\n2 LI Jun, CAI Shui-hong, ZHU Zhong-nan, ZHAO Ling (Institute of Chemical Engineering, East China University of Science and Technology, Shanghai 200237, China);Study on the Extraction Separation of Chiral Compounds[J];Huaxue Shijie (Chemical World);2001-05\n3 Xu Jiyang, Wu Wutong, Gong Jian, Ni Mengxiang 1 Department of Biochemistry; 1Department of Microbiology,China Pharmaceutical University,Nanjing 210009;Chemoenzymatic Synthesis of D p Hydroxyphenylgycine[J];JOURNAL OF CHINA PHARMACEUTICAL UNIVERSITY;1998-05\n4 ZHU Ping (Dept.Chem.& Chem.Engn.,Baoji Coll. Arts & Sci., Baoji 721007,Shaanxi,China);Chiral molecules research :past,present ,and future[J];Journal of Baoji College of Arts and Science(Natural Science Edition);2002-01\n5 Li Guangping Cong Entong Department of Chemistry,Binzhou Teachers College,Binzhou,Shandong,256604;Stereochemistry on Radical Addit ion Reaction of Alkene and Hydrobromide[J];JOURNAL OF BINZHOU TEACHERS COLLEGE;1998-04\n6 LIU Lihua\_ ,\_ GUAN Luxiong (College of Chemistry and Chemical Engineering, Central South Univ.,Changsha, 410083 P.R.China);Kinetic Studies on the Formation of Self-Assembled Monolayer of Thiol-Terminated β-Cyclodextrin Derivative[J];Journal of Transcluction Technology;2001-02\n7 WT5BZ]GUAN Lu-xiong, LIU Li-hua [WT5”HZ][ST5”HZ](Coll. of Chem. and Chem. Engin., Central South University,Changsha 410083,China) [HT5”SS][WT5”HZ];Molecular recognition of thiol-terminated β-cyclodextrin derivative by using quartz crystal microbalance[J];Journal of Transducer Technology;2001-06\n8 Zhang Shuichang Huang Ruchang (Branch of Institute of petroleum Exploration and Development, Longfang, Hebei, China) Yu Xinke (Lanzhou Institute of Geology , Academia Sinica);DEHYDROXYL-VITAMIN E IN SEDIMENTARY ORGANIC MATTER IN SALT LAKE BASIN[J];Acta Sedimentologica Sinica;1990-01\n9 XU Hao, CHEN Liang (The Analysis and Test Center of Shanxi University, Taiyuan 030006, China);Preparation and Study Methods of Cyclodextrin Inclusion Complexes[J];Analysis and Testing Technology and Instruments;2001-03\n10 Zou Gongwei, Hu Guanjiu. Zheng Qi (Department of Chemistry, Nanjing Univfrsity,Nanjing 210008);Synthesis of Cellulose Tribenzoate as Gas Chromatographic Stationary Phase and Its Characterization[J];Chinese Journal of Analytieal Chemistry;1994-04\n2 YUAN Hong-xia et al(Biology Department,Suzhou Science and Technology University,Suzhou,Jiangsu 215009);Endocrine Disrupting Effects of Pyrethroid Pesticides[J];Journal of Anhui Agricultural Sciences;2007-33\n3 FENG Shuhua (Wuhu Eighth Middle School, 241000, Wuhu, Anhui, China);EXPOLORATION ON RACEMIC STRUCTURAL THEORY OF L-α-AMINO ACID[J];JOURNAL OF ANHUI NORMAL UNIVERSITY(NATURAL SCIENCE);2000-02\n4 Li Rui ping(Yichang Pharmaceutical Factory, Hubei Province.);Amino Acid Analysis of Industrial Wastes Disested by Microwave Using Precolumn Phenyl Isothiocyanate Derivatization and Reversed-phaseHPLC[J];AMINO ACIDS & BIOTIC RESOURCES;1995-02\n5 Liu GuoXing; Zhang Zinwei; Hu Derong(Department of Chemistry, Capital Normal University, BeiJing 100037)Hu Wenzing Academy of Military medical Sciences, Beijing 100850);Esterification of Amino Acids and Their Infrared Spectroscopy[J];AMINO ACIDS & BIOTIC RESOURCES;1995-03\n6 Yan Daliu;Xu Qishou(Institute of Hygiene and Environmental Medioine,Tianjin 300050);Pharmacology roles of Glutamine[J];AMINO ACIDS & BIOTIC RESOURCES;1996-02\n7 Tang Jiafang Chou Jiuyuan Liu Zhilan Xiao Yuxiu Wu Zhenghui(College of Life Science,Wuhan University,Wuhan 430072);The Synthesis of Valine  containing Pyrethrin[J];AMINO ACIDS & BIOTIC RESOURCES;1998-01\n8 ZHOU Hong,HUANG Wei(Department of Chemistry, Anqing Normal College , AnqingAnhui 246011,China);Beckmann Rearrangement of Benzophenoneoxime under Ultrasonic Irradiation[J];Journal of Anqing Teachers College(Natural Science Edition);2002-04\n9 YANG Ao\_ ZHANG Yawei\_ LI Kunyu\_ GUAN Yedi (College of Chemistry and Molecular Engineering,Peking University,Beijing,100871);The Synthesis and Resolution of the Optical Active Derivatives of Ketorolac[J];Acta Scicentiarum Naturalum Universitis Pekinesis;2002-02\n10 BAO Li ying 1, GU Jun ling 1, CHE Bao quan 2 (1 School of Chemical Engineering and Materials Science, Beijing Institute of Technology, Beijing100081, China; 2 Beijing Institute for Drug Control, Beijing100035, China);Quantitative Analysis of Four Antibiotics by High Performance Capillary Electrophoresis[J];Journal of Beijing Institute of Technology;2001-02\n1 WANG Hai-Dong,CHU Liang-Yin,CHEN Wen-Mei,XIE Rui,JU Xiao-Jie,ZHANG Jie,YANG Mei(School of Chemical Engineering,Sichuan University,Chengdu 610065,China);Development of the Application of Cyclodextrin in Enantioseparation[J];Journal of Filter & Separator;2004-04\n4 MENG Xia~1, HAN Yi~2,YUAN Li-ming~2(1 School of Life Science, Yunnan Normal University, Kunming 650092, China; 2 Department of Chemistry, Yunnan Normal University, Kunming 650092, China);Research Progress on Enantiomeric Resolution by Ultrafiltration Membranes[J];Yunnan Chemical Technology;2005-02\n1 Huang Tianbao~*, Huang Sugui, Kuang Changyu, Wu Banggui, Zhou Jingxian (Chengdu Institute of Organie Chemistry, Academia Sinica, Chengdu, 610015);Determination of Fenvalerate Stereoisomers on the Chiral Stationary Phase by High-Performance Liquid Chromatography[J];Chinese Journal of Analytical Chemistry;1991-03


url: =Corrosion behaviors of LF6 Al-Mg alloy with different processing and surface treatment in deep seawater--《The Chinese Journal of Nonferrous Metals》2001年S1期\nCorrosion behaviors of LF6 Al-Mg alloy with different processing and surface treatment in deep seawater\nZHAO Yue hong, LIN Le yun (General Research Institute for Nonferrous Metals, Beijing 100088, P.R.China)\nThe spinning samples and welding samples with standard, anodic oxidation or chemical milling surface treatment were immersed in seawater for one year. The results of corrosion morphologies and alloy composites show that corrosion resistance property of spinning samples is better than that of welding ones and corrosion resistance property of welding samples with anodix oxidation is better than that of those with standard or chemical milling. There is nearly no corrosion on the welding seam and some corrosion pits in the heat affected zone. The excellent corrosion resistance of the welding seam is due to more regular and less second phases in welding seam than that in substrate of LF6 alloy.\n【CateGory Index】： TG172.82\n1 LIN Mu-sen*,PANG Bao-jun,ZHANG Wei,CHI Run-qiang(Hypervelocity Impact Research Center,Harbin Institute of Technology,Harbin 150001,Helongjiang,China);Experimental investigation on a dynamic constitutive relationship of 5A06 Al alloy[J];Explosion and Shock Waves;2009-03\n2 LIN Hong-ji,MENG Xian-lin,CAO Jing-yi,ZHANG Hai-yong(Navy Equipment Technology Institution,Beijing 102442,China);Effect of Surface Mechanical Treatment on Surface Morphology and Tensile Properties of 5083 Aluminum Alloy[J];Materials for Mechanical Engineering;2010-10\n3 YANG Huan;CHEN Dong-chu;YIN Shi-hen;PAN Xue-zhu;YE Shu-lin;WAN Bin;School of Science,Foshan University;School of Mechanical & Automobile,Southern China University of Technology;Analysis Center,Southern China University of Technology;Guangya Aluminum Co.,Ltd.;School of Mechanical Technology,Foshan University;Shanghai Civil Aviation College;;Effect of Pretreatment on Surface Micro-Characteristics and Filiform Corrosion Resistance of 6063 Aluminum Alloy[J];Corrosion & Protection;2015-10\n4 Li Qiang;Li Yan;College of Mechanical and Electrical Engineering, China University of Petroleum (East China);Institute Of Oceanology,Chinese Academy of Science;;A design of watertight electronic cabin for in-situ electrochemical measurement under deep sea condition[J];Marine Sciences;2013-11\n5 CAO Jing-yi,ZHANG Han-lu,LIN Hong-Ji,ZHANG Feng,MENG Xian-Lin;Study on the Selection and Coating Process of Aluminum Alloy Substrate Special Anticorrosive Antifouling Coatings System[J];Modern Paint & Finishing;2011-05\n6 ZHAO Yuehong,LIN Leyun,CUI Dawei,MENG Yuehui(General Research Institute of Nonferrous Metal,Beijing 100088);PROTECTION OF ALCLAD ON 7B04 ALUMINUM ALLOY IN SALT WATER[J];Journal of Chinese Society for Corrosion and Protection;2006-05\n7 PAN Su-ping1,YI Dan-qing1,CHEN Yu-qiang1,LIN Hong-ji2,WANG Bin1,ZHOU Ming-zhe1 (1.School of Materials Science and Engineering,Central South University,Changsha 410083,China;2.Naval Institute of Technology and Equipment,Beijing 102442,China);Effects of surface mechanical treatment on coherent strength and intergranular corrosion of coated 5××× aluminium alloy[J];The Chinese Journal of Nonferrous Metals;2010-03\n2 LIU Yang(College of Arts and Science of Beijing Union University,Beijing 100083,China);Progress in the Study of Stress Corrosion Cracking of Aluminum Alloy[J];Journal of Beijing Union University(Natural Sciences);2006-01\n4 REN Wan-li (Medical School, Baoji Vocational and Technological College, Baoji 721006,Shaanxi,China);Development of protecting coatings for anodic process of aluminum alloy[J];Journal of Baoji College of Arts and Science(Natural Science Edition);2005-03\n5 LIU Dong,WANG Hao-cheng,SUN Rong-lu(School of Machinery and Electron,Tianjin Polytechnic University,Tianjin 300160,China);Study and Development on Surface Modification Technology of Aluminum and Its Alloys[J];Surface Technology;2007-05\n6 LU Bei1, LIU Tao2, CUI Wei-cheng2(1 School of Naval Architecture and Ocean Engineering, Shanghai Jiao Tong University, Shanghai 200030, China;2 China Ship Scientific Research Center, Wuxi 214082, China);Ultimate strength of pressure spherical hull in deep-sea manned submersibles[J];Journal of Ship Mechanics;2004-01\n7 SHANG Gao-feng,ZHANG Ai-feng,WAN Zheng-quan (China Ship Scientific Research Center,Wuxi 214082,China);Optimum Design of Cylindrical Shells under External Hydrostatic Pressure[J];Journal of Ship Mechanics;2010-12\n8 HE Chun-lin,YU Wen-xin,WANG Jian-ming,CAI Qing-kui(Department of Materials Science and Engineering,Shenyang University,Shenyang 110044,China);Microstructures and Anticorrosion Behavior of Anodic Oxidized Coating on Al Alloy[J];Materials Protection;2006-02\n9 XIE Guo-xian, QIU Da-jian, LI Chao-yang, XIAO Xiang-ding (Wuhan Research Institute of Materials Protection, Wuhan 430030, China);Effect of Amido-Silane Coupling Agent on Adhesion of Ep-oxy Resin Coatings[J];Materials Protection;2008-03\n10 YANG Shoujie DAI Shenglong (Beijing Institute of Aeronautical Materials,Beijing 100095);A Glimpse at the Development and Application of Aluminum Alloys in Aviation Industry[J];Materials Review;2005-02\n1 SUI Guo-fa,LI Jin-shan,MA Bei,WANG Yi-chuan(Northwestern Polytechnical University,State Key Laboratory of Solidification Processing, Xi′an 710072,China);Simulation for the influences of explosive amount on explosive welding of two-layer tubes[J];Materials Science and Technology;2010-06\n2 QIN Fei,AN Tong,WANG Xu-ming(College of Mechanical Engineering and Applied Electronics Technology,Beijing University of Technology,Beijing 100124,China);Rate-dependent Constitutive Model for Lead-free Solders Considering Damage Effect[J];Journal of Beijing University of Technology;2013-01\n3 CHENG Lixia,CHEN Yi,JIANG Xianquan,WANG Jinwei(School of Materials Science and Engineering,Southwest University,Chongqing 400715);The Present Situation and Development Trend of LNG Transport Ships and Materials for LNG Carriers[J];Materials Review;2013-01\n4 ZHOU Zhao-hui,JI Wei,CAO Hai-qiao,HAO Ai-guo,JIANG Xue-qiang(Institute of Machinery Manufacturing Technology,China Academy of Engineering Physics,Mianyang 621900,China);Drawing and performance evaluation of 5A06 alloy shell[J];Forging & Stamping Technology;2013-03\n5 LI Bo;WU Meini;JIN Wentao;ZHOU Yilin;MA Chuanping;WANG Xiaomin;Research Center of Sichuan Advanced Welding and Surface Engineering,Southwest Jiaotong University;CSR Nanjing Puzhen Co.,Ltd.;;Corrosion Behavior of Weld Joints of Aluminum Alloy A7N01P-T4 for High-speed Trains[J];Corrosion Science and Protection Technology;2014-03\n6 Ning Yan;Guozheng Kang;Zhiwu Zhu;School of Mechanics and Engineering,Southwest Jiaotong University;;TENSILE DYNAMIC CONSTITUTIVE MODEL OF 5083H111 ALUMINUM ALLOY AT A WIDE RANGE OF STRAIN RATES[J];Chinese Journal of Solid Mechanics;2014-03\n7 Deng Xiao-qiu;Li Zhi-qiang;Zhou Zhi-wei;Wang Zhi-hua;Yao Xiao-hu;Institute of Applied Mechanics and Biomedical Engineering,Taiyuan University of Technology;Shanxi Key Laboratory of Material Strength and Structure Impact,Taiyuan University of Technology;State Key Laboratory of Frozen Soil Engineering,Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences;School of Civil Engineering and Transportation,South China University of Technology;;One-dimensional yield behavior of MDYB-3 polymethyl methacrylate at different strain rates[J];Explosion and Shock Waves;2015-03\n8 Gao Yongguo;Wang Dehui;China Academy of Engineering Physics Institute of Material Science;;Investigation on Dynamic Mechanical Properties of 1060 Pure Aluminium[J];Tool Engineering;2015-10\n9 SUN Rui-xue,XU Lei and ZHAO Wen-bo(College of Materials Science and Engineering,Qingdao University of Science and Technology,Qingdao 266042,China);The tensile properties and fracture morphologies of 5083 aluminum alloy under different strain rates[J];Light Metals;2012-08\n10 ZHANG Zheng1,SONG Shizhe1,2,TAO Lei1(1.School of Materials Science and Engineering,Tianjin University,Tianjin 300072; 2.State Key Laboratory for Corrosion and Protection,Institute of Metal Research, Chinese Academy of Sciences,Shenyang 110016);EIS CHARACTERISTIC OF LY12CZ ALUMINIUM ALLOY WITH ALUMINIUM CLAD UNDER ANODIC POLARIZATION IN NaCl SOLUTION[J];Journal of Chinese Society for Corrosion and Protection;2008-03


url: =CT Diagnosis of Neonatal Hypoxic-Ischemic Encephalopathy--《CT Theory and Applications》2011年04期\nCT Diagnosis of Neonatal Hypoxic-Ischemic Encephalopathy\nHU Yin-song,HOU Zhi-xiong,DENG Jia-xiu,LI Guo-qiang,LAN Hua,HONG Jian-bin Department of Radiology,Xi Xiang People's Hospital,Affiliated with the Medical College of Guangdong,Shengzheng 518102,China\nObjective:To investigate the clinical value of the CT examination for neonatal hypoxic-ischemic encephalopathy(HIE).Data and Methods:Conduct a retrospective analysis of the clinical data and CT clinic manifestations of 45 cases of neonatal hypoxic-ischemic encephalopathy(HIE).Carry out a confirmation CT scan of the cranial bones and brains of all ill infants within 24 to 72 hours.Results:HIE is categorized into three levels:slight,medium and severe according to CT manifestations(slight,10 cases;medium,20 cases;severe,15 cases;male,26 cases,female,19 cases).Conclusions:CT examination can provide an objective basis for a clinic diagnosis,treatment and assessment of prognosis of the HIE.\n1 ZHANG Hai-bo,FU Chuan-ming,ZHAO Yun,CHEN Lun-gang,XU Lin,WANG Kai-hua Department of Radiology,Affiliated Taihe Hospital,Hubei Medical Colledge,Shiyan 442000,China;The Study of CT Dynamic Changes and Clinical Comparison in Neonatal Hypoxic-ischemic Encephalopathy Treated by Hyperbaric Oxygen[J];Computerized Tomography Theory and Applications;2012-03\n2 LIU Xiang1,ZHAO Hui-yan2 (1.Department of Radiology,Fengdu County People’s Hospital,Fengdu,Chongqing 408200,China;2.Department of Image,Enshi Prefecture Central Hospital,Enshi Hubei 445000,China);Value of CT in diagnosing neonatal hypoxic-ischemic encephalopathy[J];Journal of Hainan Medical University;2013-04\n1 LIU Li, FU Shiting, LIAO Zi, et al. Department of Pediatrics,the Second People′s Hospital of Chengdu, Chengdu 610017, P.R. China;The early intervention treatment of hypoxic-ischemic brain damage[J];Journal of Applied Clinical Pediatrics;2003-02\n2 Zhang Wei, Wu Wanfang, Wang Heru, et al. Capital Institute of Pediatrics, Beijing 100020;A long-term follow-up of neonates with hypoxicischemic encephalopathy[J];Chinexe Journal of Pediatrics;1998-07\n1 SU Hong,WANG Wei-dong,FANG Shi-jiu,et alDepartment of Pediatrics of AnQing First people's Hospital,Anhui 246003;A clinical and cranial CT analysis on 130 cases of neonatal hypoxic-ischemic enecphalopathly[J];Journal of Anhui Health Vocational & Technical College;2004-05\n2 LIU Dao-dong1,LI Yan-zhen1,LIU Dao-lin2 1.Lu'an People's Hospital,Lu'an 237005,Anhui;The application,surveillance and care of of newborns with severe anoxia ischemic encephalopathy(HIE) when treating them by High-pressure Oxygen(HBO)[J];Journal of Anhui Health Vocational & Technical College;2011-05\n3 DAI She Jin ( Dept of Pediatrics, The Hospital of Jingde County, Anhui 242600 );Clinical observation on the treatment of moderate and serious hypoxic-isch emic encephalopathy with naloxone[J];Anhui Medical and Pharmaceutical Journal;2002-04\n4 ZHANG Jun,LIU Jiang,XIA Ding,ZHU Dan-dan,REN Qian(Department of CT section,Anqing No.2 Hospital,Anqing,Anhui Province 246004,China);Diagnostic and prognosis judging value of SCT in diagnosis of HIE[J];Anhui Medical and Pharmaceutical Journal;2009-09\n5 TAO Song-xue,PAN Jia-hua(Department of Pediatrics,Anhui Provincial Hospital,Hefei,Anhui 230001,China);A clinical and cranial CT analysis of neonatal hypoxic-ischemic encephalopathy[J];Anhui Medical and Pharmaceutical Journal;2011-01\n6 SHENG Hong(Department of Pediatrics,The First People,s Hospital,Lianyungang,Jiangsu 222002,China);Clinical significance of measurement of changes of serum IGF-I、NPY and CGRP levels in neonates with hypoxic-ischemic encephalopathy(HIE)[J];Anhui Medical and Pharmaceutical Journal;2011-09\n7 HAN Min,YUAN Jian qiang,KONG Xian zhen,ZHENG Li hua,YE Xiao qin,LI She hui (Department of Pediatrics,Bengbu Third People's Hospital,Anhui 233000 ,China);Relations between behavioral neuroligical assessment and clinical,coronal-CT manifestions in neonatal hypoxic ischemic encephalopathy[J];Journal of Bengbu Medicinae College;2002-05\n8 LUO Min,LIU Xiao-ling,LI Cui-fang,SU Hong(Department of Pediatric,Anqing First People's Hospital,Anqing 246003,China);Analysis of the clinic manifestation and intracranial CT of 1 28 asphyxia neonatorum[J];Journal of Bengbu Medical College;2005-05\n9 YANG Bin(Department of CT Room,Chaohu First People's Hospital,Chaohu 238000,China);CT diagnosis of premature infant hypoxic ischemic encephalopathy :Areport of 28 cases[J];Journal of Bengbu Medical College;2005-05\n10 LI Zhi-qi,REN Ying(Department of Pediatrics,The Yijishan Hospital of Wannan Medical College,Wuhu 241001,China);Change of immunoglobulin and complement 3 in neonates with hypoxic ischemic encephalopathy and its clinical significance[J];Journal of Bengbu Medical College;2005-06\n1 Zhao Han-xuan Lou Wei-hong (Medicine Imaging Division of People's Hospital Henan Huojia 453800);CT diagnosis and Clinical Analysis in 45 Cases of Neonatal Hypoxic-ischemic Encephalopathy[A];[C];2007\n1 XU Guan-zhen 1,FU Chuan-ming 2,JIANG Lin 2 1.Department of Radiology,Maternal and Child Health Hospital,Hubei,Shiyan 442000,China 2.Radiology image center,Affiliated Taihe Hospital,Hubei university of Medicine,Hubei,Shiyan 442000,China;CT Diagnosis of the External Hydrocephalus[J];CT Theory and Applications;2011-03\n2 LIU Song-mei1,XIE Dong-mei2,HUANG Li1(1.Department of Pediatrics,The first Affiliated Hospital of Chengdu Medical College,2.Xindou District Maternal and Child Health Hospital Of Chengdu,Chengdu 610500,China);Multiple Factors Analysis of Hypoxic-Ischemic Encephalopathy in Newborn[J];Journal of Chengdu Medical College;2012-02\n3 ZHANG Hai-bo,FU Chuan-ming,ZHAO Yun,CHEN Lun-gang,XU Lin,WANG Kai-hua Department of Radiology,Affiliated Taihe Hospital,Hubei Medical Colledge,Shiyan 442000,China;The Study of CT Dynamic Changes and Clinical Comparison in Neonatal Hypoxic-ischemic Encephalopathy Treated by Hyperbaric Oxygen[J];Computerized Tomography Theory and Applications;2012-03\n4 YANG Yu-jia(Division of Neonatology,Xiangya Hospital,Central South University,Changsha 410008,Hunan,China);Mechanism and problems of hyperbaric oxygen treatment on neonatal hypoxic-ischemic encephalopathy[J];Journal of Clinical Pediatrics;2008-03\n5 LUO Zhi-qing,XIAO Li-juan,SHEN Xing-ping,et al.Xunyang County Hospital,Xunyang 725700,China;Newborns Lack of Oxygen Ischemia Encephalopathy Diagnostic CT Wake Analysis[J];Practical Journal of Cardiac Cerebral Pneumal and Vascular Disease;2012-05\n6 XIE Lijuan, CHEN Huijin, CHEN Guanyi, et al. Department of Pediatrics, Xinhua Hospital, Shanghai Second Medical University, Shanghai 200092, China;Diagnosing features of three types cranial imaging in hypoxic-ischemic brain damage of neonates[J];Chinexe Journal of Pediatrics;2001-09\n7 ;CT对新生儿缺血缺氧性脑病的诊断价值[J];China Practical Medicine;2010-23\n1 LIU Xiang1,ZHAO Hui-yan2 (1.Department of Radiology,Fengdu County People’s Hospital,Fengdu,Chongqing 408200,China;2.Department of Image,Enshi Prefecture Central Hospital,Enshi Hubei 445000,China);Value of CT in diagnosing neonatal hypoxic-ischemic encephalopathy[J];Journal of Hainan Medical University;2013-04\n2 LIU Yi-kang1,YU Hong-sheng2,JI Liu-zhou1(1.CT Room,the Affiliated Xiaogan Hospital of Tongji Medical College of Huazhong Science and Technology University,Xiaogan 432000,Hubei Province,China;2.Department of Radiology,Xiaogan Rehabilitation Hospital,Xiaogan 432000,Hubei Province,China);Clinical Value of CT for Neonatal Hypoxic Ischemic Encephalopathy[J];Chinese Medical Equipment Journal;2013-07\n1 CHEN Xiao wen,CHEN Ke zheng,Lu Ling,et al(Guangzhou Children′s Hospital,Guangdong,China 510120);Early evaluation on outcome of hypoxia-ischemia encephalopathy in term newborn infants[J];Pediatric Emergency Medicine;2001-03\n2 Xu Zhizhi, et al(Nanjing Children's Hospital);AN EXPLORATION ON THE MANAGEMENTS TO REDUCE THE MORTALITY OF THE LOW BIRTH WEIGHT INFANT(A CLINICAL ANALYSIS OF 1144 CASES)[J];THE JOURNAL OF NEONATOLOGY;1998-03\n3 Wang Da-liang et al Beijing Gynaecological Hospital, Beijing;AN ANALYSIS OF 532 AUTOPSY CASES CONCERNING PERINATAL CONGENITAL MALFORMATION[J];THE JOURNAL OF NEONATOLOGY;1999-01\n4 SHEN Rugang, XIONG Zhaoli, DING Hui, et al. Beijing Woman Health Institute, Beijing 100006;A Ten Year Study on Monitoring and Intervention of Perinatal Mortality in Beijing: 1988 1997.[J];CHINESE JOURNAL OF PERINATAL MEDICINE;1999-02


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url: =First principle study on electronic structure and optical properties of CrSi_2 doped rare earth element La--《Journal of Atomic and Molecular Physics》2014年04期\n《Journal of Atomic and Molecular Physics》 2014-04\nFirst principle study on electronic structure and optical properties of CrSi_2 doped rare earth element La\nZHANG Zhong-Zheng;ZHANG Chun-Hong;YAN Wan-Jun;ZHOU Shi-Yun;GUO Ben-Hua;College of Electronic and Information Engineering,Engineering Center of Avionics Electrical and Information Network,Anshun University;\nBy using the first principle pseudo-potential plane-wave method based on the density function theory,the geometrical structure,electronic structure and optical properties for CrSi2 doped rare earth element La are calculated and analyzed.The calculated results show that the lattice constants a,b,cincrease,the volume of lattice expands.The Fermi energy moves to the valences bands and the band gap narrows to 0.07 eV with doped.The density of state near the Fermi energy level is mainly composed of Cr-3d and Si-3p,La-5d accounted for only a small part.The static dielectric constantε1(0)increases significantly,from 28.98 to 91.69.The peak of ε2(ω)increases and moves to a lower energy,the optical absorption edge also moves to a lower energy,and the peak of optical absorption coefficient decreases.These results offer experimental and theoretical data for doping of CrSi2.\n【Fund】： 贵州省科技厅自然科学基金项目(黔科合J字(2010)2001);; 贵州省教育厅自然科学基金项目(黔教科KY(2012)056号);; 贵州省科学技术厅、安顺市人民政府、安顺学院联合科技基金资金资助(黔科合J字LKA(2012)15号);; 贵州省教育厅2011市州地普通本科高校教育质量提升项目(黔高教发KY(2011)278号)\n1 YU Lijun;ZHANG Chunhong;ZHANG Zhongzheng;DENG Yongrong;YAN Wanjun;College of Physics,Changchun Normal University;Engineering Center of Avionics Electrical and Information Network,Anshun University;;Optical-Electrical Characteristics of CrSi_2 with Vacancy Defect[J];吉林大学学报(理学版);2015-03\n1 Li Hong-Lin 1) Zhang Zhong 1) Lu¨ Ying-Bo 2) Huang Jin-Zhao 1) Zhang Ying 1) Liu Ru-Xi 1) 1)(School of Physics and Technology,University of Jinan,Jinan 250022,China) 2)(School of Space Science and Physics,Shandong University at Weihai,Weihai 264209,China);First principles study on the electronic and optical properties of ZnO doped with rare earth[J];物理学报;2013-04\n2 Yan Wanjun1,2 Zhou Shiyun1 Xie Quan2 Guo Benhua1 Zhang Chunhong1 Zhang Zhongzheng1(1Physics and Electronic Science Department,Anshun University,Anshun,Guizhou 561000,China 2Institute of New-Type Optoelectronic Materials and Technology,College of Science,Guizhou University, Guiyang,Guizhou 550025,China);Effect of Al Doping Concentration on Electronic and Optical Properties of CrSi_2[J];光学学报;2012-05\n3 Wu Yu-Xi1) Hu Zhi-Xiang1) Gu Shu-Lin2) Qu Li-Cheng1) Li Teng3) Zhang Hao1) 1)( Department of Physics,College of Sciences,China University of Mining and Technology,Xuzhou 221116,China) 2)(Department of Physics & National Laboratory of Solid State Microstructures,Nanjing University,Nanjing 210093,China) 3)(Department of Aviation Ammunition,Xuzhou Air Force College,Xuzhou 221000,China);Electronic structure and optical properties of rare earth element (Y,La) doped in ZnO[J];物理学报;2011-01\n4 Zhou Shiyun 1,2 Xie Quan1 Yan Wanjun 1,2 Chen Qian1 1Institute of New Type Optoelectronic Materials and Technology,Guizhou University,Guiyang,Guizhou 550025,China 2Department of Physics,Anshun College,Anshun,Guizhou 561000,China;First-Principles Calculation of Electronic Structure and Optical Properties of CrSi_2 with Doping Mn[J];光学学报;2009-10\n5 ZHOU Shi-yun1,XIE Quan2,YAN Wan-jun1,CHEN Qian2(1.Department of Physics,Anshun College,Anshun 561000,China;2.College of Electronic Science & Information Technology,Guizhou University, Guiyang 550025,China);First-Principles calculation of the band structure of V-doped CrSi2[J];云南大学学报(自然科学版);2009-05\n6 ZHOU ShiYun1,2, XIE Quan1, YAN WanJun1 & CHEN Qian1 1 College of Electronic Science & Information Technology, Guizhou University, Guiyang 550025, China; 2 Department of Physics, Anshun College, Anshun 561000, China;First-principles study on the electronic structure and optical properties of CrSi_2[J];Science in China(Series G:Physics,Mechanics & Astronomy);2009-01\n7 Ding Ying-Chun~ 1) Xiang An-Ping~ 1) Xu Ming~ 2)1) Zhu Wen-Jun~ 2)3) 1)(Department of Optoelectronics,Chengdu University of Information Technology,Chengdu 610225,China) 2)(Institute of Solid State Physics & School of Physics and Electronic Engineering,Sichuan Normal University,Chengdu 610068,China)3)(Key Laboratory for Shock Wave and Detonation Physics Research,Institute of Fluid Physics,China Academy of Engineering Physics,Mianyang 621900,China);Electrical structures and optical properties of doped earth element (Y,La) in γ-Si_3N_4[J];物理学报;2007-10\n2 GONG Chang-wei;FU Xian-kai;WANG Jia-heng;LI Xiao-fei;CHAI Yue-sheng;College of Materials Science and Engineering,Taiyuan University of Science and Technology;;Electronic Structures and Optical Properties of Rare Earth Element Eu with Different Valences Doped in Anatase TiO_2[J];人工晶体学报;2015-10\n3 Shao Tingting;Zhang Fuchun;Cui Hongwei;College of Physics and Electronic Information, Yan′an University;;Density Functional Theory Study on the Electronic Structure and Optical Properties of La, Ce and Nd doped SnO_2[J];激光与光电子学进展;2015-09\n4 YUAN Jun-Hui;GAO Bo;WANG Wen;WANG Jia-Fu;School of Science, Wuhan University of Technology;;First-Principles Calculations of the Electronic Structure and Optical Properties of Y-Cu Co-Doped ZnO[J];物理化学学报;2015-07\n5 Zou Kai;Li Rongping;Liu Yongsheng;Feng Song;Tian Lei;School of Physical Science and Technology,Inner Mongolia University;Key Laboratory of Semiconductor Photovoltaic Technology at Universities of Inner Mongolia Autonomous Region;;PREPERATION AND PERFORMANCE STUDY OF Cd S THIN FILM DOPED BY RARE EARTH ELEMENT(Gd,Y)[J];太阳能学报;2015-06\n6 ZOU Kai;LI Rong-ping;School of Physical Science and Technology,Inner Mongolia University;Key Laboratory of Semiconductor Photovoltaic Technology at Universities of Inner Mongolia Autonomous Region;;Structure and XPS Analysis of CdS / CdS and CdS / Dy / CdS Thin Films[J];稀土;2015-03\n7 YU Lijun;ZHANG Chunhong;ZHANG Zhongzheng;DENG Yongrong;YAN Wanjun;College of Physics,Changchun Normal University;Engineering Center of Avionics Electrical and Information Network,Anshun University;;Optical-Electrical Characteristics of CrSi_2 with Vacancy Defect[J];吉林大学学报(理学版);2015-03\n8 Fan Menghui;Cai Xunming;Cen Weifu;Luo Zuifen;Xie Quan;Polytechnic College, Guizhou Minzu University;College of Electronics and Information Engineering, Guizhou University;;First-Principles Calculation of Electronic Structure and Optical Properties of Monolayer MoS_(1.89)X_(0.11)[J];激光与光电子学进展;2015-05\n9 Wu Cheng-Guo;Wu Wen-Yuan;Gong Yan-Chun;Dai Bin-Fei;He Su-Hong;Huang Yan-Hua;College of Science, PLA University of Science and Technology;;First-principles study on the band-gap changes of Zn_2GeO_4 under high pressure[J];物理学报;2015-11\n10 Zhao Yinnü;Yan Jinliang;Xu Chengyang;Dean’s Office, Ludong University;School of Physics and Optoelectronic Engineering, Ludong University;;First-principles study on electronic structure and conductivity of Sn-doped Ga_(1:375)In_(0:625)O_3[J];Journal of Semiconductors;2015-01\n1 ZHANG Zhong-Zheng;ZHANG Chun-Hong;YAN Wan-Jun;ZHOU Shi-Yun;GUO Ben-Hua;College of Electronic and Information Engineering,Engineering Center of Avionics Electrical and Information Network,Anshun University;;First principle study on electronic structure and optical properties of CrSi_2 doped rare earth element La[J];原子与分子物理学报;2014-04\n2 Yan Wanjun;Zhang Zhongzheng;Guo Xiaotian;Gui Fang;Xie Quan;Zhou Shiyun;Yang Jiao;College of Electronic and Information Engineering,Key Laboratory of Functional Materials and Resources Chemical,Engineering Center of Avionics Electrical and Information Network,Anshun University;Institutes of New Type Optoelectronic Materials and Technology,College of Electronic and Information,Guizhou University;;First Principles Calculation on the Photoelectric Properties of V-Al co-Doped CrSi_2[J];光学学报;2014-04\n3 YAN Wan-Jun;ZHANG Chun-Hong;ZHOU Shi-Yun;XIE Quan;WEI Hui-Min;Department of Physics and Electronic Science,Anshun University;College of Science,Guizhou University;;First principle calculation ofoptical-electrical characteristics of Ti-doped CrSi_2[J];原子与分子物理学报;2014-01\n4 Yan Wanjun1,2 Zhou Shiyun1 Xie Quan2 Guo Benhua1 Zhang Chunhong1 Zhang Zhongzheng1(1Physics and Electronic Science Department,Anshun University,Anshun,Guizhou 561000,China 2Institute of New-Type Optoelectronic Materials and Technology,College of Science,Guizhou University, Guiyang,Guizhou 550025,China);Effect of Al Doping Concentration on Electronic and Optical Properties of CrSi_2[J];光学学报;2012-05\n5 Zhou Shiyun 1,2 Xie Quan1 Yan Wanjun 1,2 Chen Qian1 1Institute of New Type Optoelectronic Materials and Technology,Guizhou University,Guiyang,Guizhou 550025,China 2Department of Physics,Anshun College,Anshun,Guizhou 561000,China;First-Principles Calculation of Electronic Structure and Optical Properties of CrSi_2 with Doping Mn[J];光学学报;2009-10\n6 ZHOU Shi-yun1,XIE Quan2,YAN Wan-jun1,CHEN Qian2(1.Department of Physics,Anshun College,Anshun 561000,China;2.College of Electronic Science & Information Technology,Guizhou University, Guiyang 550025,China);First-Principles calculation of the band structure of V-doped CrSi2[J];云南大学学报(自然科学版);2009-05\n7 ZHOU ShiYun1,2, XIE Quan1, YAN WanJun1 & CHEN Qian1 1 College of Electronic Science & Information Technology, Guizhou University, Guiyang 550025, China; 2 Department of Physics, Anshun College, Anshun 561000, China;First-principle study on the electronic structure of stressed CrSi_2[J];Science in China(Series G:Physics,Mechanics & Astronomy);2009-01\n8 ZHOU ShiYun1,2, XIE Quan1, YAN WanJun1 & CHEN Qian1 1 College of Electronic Science & Information Technology, Guizhou University, Guiyang 550025, China; 2 Department of Physics, Anshun College, Anshun 561000, China;First-principles study on the electronic structure and optical properties of CrSi_2[J];Science in China(Series G:Physics,Mechanics & Astronomy);2009-01\n1 Li Chunxia1 Dang Suihu1,2 Zhang Keyan1 Tu Linjun1 1College of Physics and Electronic Engineering,Yangtze Normal University,Chongqing 408003,China 2College of Materials Science and Engineering,Taiyuan University of Technology,Taiyuan,Shanxi 030024,China;Influence of Pressure Effect on CdS Electronic Structure and Optical Properties[J];光学学报;2011-06\n2 Yan Wanjun1,2 Zhou Shiyun1 Xie Quan2 Gui Fang1 Zhang Chunhong1 Guo Xiaotian1 1Physics and Electronic Science Depart ment,Anshun University,Anshun,Guizhou 561000,China 2Institute of New Type Optoelectronic Materials and Technology,College of Science,Guizhou University,Guiyang,Guizhou 550025,China;First Principles Study of Electronic Structure and Optical Properties for Co-doped β-FeSi_2[J];光学学报;2011-06\n3 Cai Jianqiu1,2 Tao Xiangming2 Luo Haijun1,2 Jin Qingli1 Huang Yunmi11College of Physics and Electronic Information Engineering,Wenzhou University,Wenzhou,Zhejiang,325035 China2Department of Physics,College of Science,Zhejiang University,Hangzhou,Zhejiang 310027,China;Ab-initio Investigation of Anisotropic Optical Properties of Sr_2RuO_4[J];光学学报;2010-12\n4 Li Chunxia1 Dang Suihu1 Han Peide21College of Physics and Electronic Engineering,Yangtze Normal University,Chongqing 408003,China2College of Materials Science and Engineering,Taiyuan University of Technology,Taiyuan,Shanxi 030024,China;Vacancies Effects on Electronic Structure and Optical Properties of CdS[J];光学学报;2010-05\n5 Deng Bei Sun Hui-Qing Guo Zhi-You Gao Xiao-Qi(Institute of Opto-Electronic Materials and Technology,South China Normal University,Guangzhou 510631,China);Theoretical analysis on the improvement of p-type ZnO by B-N codoping[J];物理学报;2010-02\n6 Zhou Shiyun 1,2 Xie Quan1 Yan Wanjun 1,2 Chen Qian1 1Institute of New Type Optoelectronic Materials and Technology,Guizhou University,Guiyang,Guizhou 550025,China 2Department of Physics,Anshun College,Anshun,Guizhou 561000,China;First-Principles Calculation of Electronic Structure and Optical Properties of CrSi_2 with Doping Mn[J];光学学报;2009-10\n7 ZHOU Shi-yun1,XIE Quan2,YAN Wan-jun1,CHEN Qian2(1.Department of Physics,Anshun College,Anshun 561000,China;2.College of Electronic Science & Information Technology,Guizhou University, Guiyang 550025,China);First-Principles calculation of the band structure of V-doped CrSi2[J];云南大学学报(自然科学版);2009-05\n9 Zhang Fuchun~(1,2,3) Zhang Zhiyong~4 Zhang Weihu~(1,2,3) Yan Junfeng~4 Yun Jiangni~41 Xi'an Institute of Optics and Precision Mechanics, Chinese Academyof Sciences, Xi'an, Shaanxi 710068, China2 Granduta University of Chinese Academy of Sciences, Beijing, 100039. China3 College of Physics & Electronic Information, Yah'an University, Yan'an, Shaanxi 716000, China4 Institute of Information Science and Technology, Northwest University, Xi'an, Shaanxi 710069, China;First-Principles Calculation of Electronic Structure and Optical Properties of AZO(ZnO:Al)[J];光学学报;2009-04\n10 Xu Xin-Fa Shao Xiao-Hong (College of Science,Beijing University of Chemical Technology,Beijing 100029,China);Calculation of the electronic structure of Y-doped SrTiO_3[J];物理学报;2009-03


url: =08. Linha Toray Big Game\n10. Linha Nylon TECHNICIAN ISHIDAI Black - 300 m\n17. Linha Sunline Nylon VISIBLE PLUS (laranja) (150 m)\n21. Linha G-Power - Clear -30 lbs - 0.482mm (275m)\n24. Linha Froston 0.47mm (150m) - Verde transp.\n25. Linha Froston 0.26mm (150m) - Amarela\nBolsa Bomba Boné borracha Bronzeye Fishing Kentsuki kevlar Kin kissu koaji led Linha sunline Super


url: =Style Period: Qing / Subjects: inscriptions - Chinese Rubbings Collection - CURIOSity Digital Collections Search Results\nHorikoshi, Yoshihiro, Japanese104\n19th cent.-early 20th cent.413\nFine Arts Library, Special Collections, Harvard University750\nHarvard-Yenching Library, Harvard University117\nYou searched for: Style Period Qing Remove constraint Style Period: Qing Subjects inscriptions Remove constraint Subjects: inscriptions\n2. Monument commemorating the history of Nestorian Christians in Tang (left side): Nestorian tablet of Sian-fu (fragment): Jing jia bei (fragment): Jing jiao liu xing Zhongguo bei: Daqin jing jiao liu xing Zhongguo bei (bei ce ti ji)\n3. Stele with inscription commemorating construction of Muslim mosque: Ci tang shu gu bei ji (1)\n4. Monument commemorating the history of Nestorian Christians in Tang (right side): Daqin jing jiao liu xing Zhongguo bei (bei ce ti ji)\n9. Zhu shi Gou lou bei: Yu bei: Gou lou bei: Zhu rong feng min: Yu Stele: Chong ke Gou lou bei\n10. Stele of extempore verse (1): Ji jing shi: Ji jing shi di yi shou\n11. Tablet (above the monument ) titled stele commemorating the history of Nestorian Christians in Tang: Jing jiao bei: Jing jiao liu xing Zhongguo bei: Nestorian tablet of Sian-fu: Daqin jing jiao liu xing Zhongguo bei e\n12. Monument commemorating the history of Nestorian Christians in Tang (partial, right side): Nestorian tablet of Sian-fu: Jing jiao bei: Jing jiao liu xing Zhongguo bei: Daqin jing jiao liu xing Zhongguo bei (bei ce ti ji)\n13. Stele commemorating life of Huangfu Dan: Huangfu Dan mu bei: Sui zhu guo zuo Gonglu dai fu hong yi ming gong Huangfu fu jun zhi bei: Sui hong yi ming gong Huangfu Dan bei: Sui Huangfu Dan bei: Huangfu jun bei: Huangfu Dan bei


url: =Jiujiang Shenghua Industry and Trade Co., Ltd. Company Profile | Jiujiang, Jiangxi, China | Competitors, Financials & Contacts - Dun & Bradstreet\n/ Jiujiang Shenghua Industry and Trade Co., Ltd.\nDoing Business As: Jiujiang Shenghua Industry and Trade Co., Ltd.\nCompany Description: Jiujiang Shenghua Industry and Trade Co., Ltd. is located in Jiujiang, Jiangxi, China and is part of the Agencies, Brokerages, and Other Insurance Related Activities Industry. Jiujiang Shenghua Industry and Trade Co., Ltd. has 20 employees at this location.\nKey Principal: Changsheng Hu See more contacts\nAddress: No.27, Shili Avenue, Xunyang District Jiujiang, Jiangxi, 332000 China\nA D&B Hoovers Subscription is your foot in the door to Jiujiang Shenghua Industry and Trade Co., Ltd. contact information.


url: =Source: Xinhua| 2019-06-02 21:33:27|Editor: Li Xia\nChinese Vice President Wang Qishan meets with German President Frank-Walter Steinmeier in Berlin, Germany, May, 31, 2019. Wang Qishan paid a visit to Germany from Thursday to Sunday at the invitation of the German Federal Government. (Xinhua/Rao Aimin)


url: =29 November 2012 Phase and spectrum control requirements of high intensity laser beam combining\nYanqi Gao; Zhaodong Cao; Xuedong Yang; Wei Feng; Weixin Ma; Baoqiang Zhu; Jian Zhu; Yaping Dai\nYanqi Gao , Zhaodong Cao , Xuedong Yang , Wei Feng , Weixin Ma\nJian Zhu , Yaping Dai\nProceedings Volume 8551, High-Power Lasers and Applications VI; 85510Q (2012) https://doi.org/10.1117/12.2001235\nYanqi Gao, Yanqi Gao, Zhaodong Cao, Zhaodong Cao, Xuedong Yang, Xuedong Yang, Wei Feng, Wei Feng, Weixin Ma, Weixin Ma, Baoqiang Zhu, Baoqiang Zhu, Jian Zhu, Jian Zhu, Yaping Dai, Yaping Dai, } "Phase and spectrum control requirements of high intensity laser beam combining", Proc. SPIE 8551, High-Power Lasers and Applications VI, 85510Q (29 November 2012); doi: 10.1117/12.2001235; https://doi.org/10.1117/12.2001235\nApplication of the phase diversity to estimate the non common...\nUse of image quality metrics for correction of noncommon path...\nLiquid crystal beam shaping devices employing patterned photoalignment layers for...\nNon imaging distinction of target shapes using a rotating shaped...\nYanqi Gao, Zhaodong Cao, Xuedong Yang, Wei Feng, Weixin Ma, Baoqiang Zhu, Jian Zhu, Yaping Dai, "Phase and spectrum control requirements of high intensity laser beam combining," Proc. SPIE 8551, High-Power Lasers and Applications VI, 85510Q (29 November 2012);


url: =Mingshan Liu; Shanshan Liu; Yuan Zhou; Xue Jiang;\nMingshan Liu , Shanshan Liu , Yuan Zhou\nChina Academy of Information and Communication Technology (China)\nMingshan Liu, Shanshan Liu, Yuan Zhou, Xue Jiang, "The serial message-passing schedule for LDPC decoding algorithms", Proc. SPIE 9817, Seventh International Conference on Graphic and Image Processing (ICGIP 2015), 98171E (9 December 2015); doi: 10.1117/12.2228089; https://doi.org/10.1117/12.2228089\nMingshan Liu, Shanshan Liu, Yuan Zhou, Xue Jiang, "The serial message-passing schedule for LDPC decoding algorithms," Proc. SPIE 9817, Seventh International Conference on Graphic and Image Processing (ICGIP 2015), 98171E (9 December 2015);