物理学报2005年第54卷作者拼音索引

All authors of papers publishedinthis volume are listedalphabetically.Full titles are includedineachfirst author’s entry.Abbas M.I.—(see He Shao-Long(何少龙))200554(3)1405Adami M.—(see Man Bao-Yuan(满宝元))200554(2)841Aeschli mann Martin—(see Guo Li-Jun(郭立俊))200554(7)3205Ai Xi-Cheng(艾希成)—(see He Shou-Jie(何寿杰))200554(2)981An Chun-Xiang(安春香)—(see Guan Qing-Feng(关庆丰))200554(8)3934An Wei-Ke(安伟科)—(see Shi Chun-Hua(石春花))200554(9)4091An Zhen-Lian(安振连)—(se…     

Author index to 1990

CAI Hu~hi,of.see:LI Qihu et a1.,An all directional interference cancelling system for large large sonar array (60)CAI Ping,cf.see:HOU Baochun et a1.,An improven~nt of ALE by nle~ns of coherent accumulation algorithm(358 JCbd Xiutan,cf.see:ZHENG I)arui,“耐.,Cross—culmral study on ne;曲borhood noise proly lems-results of studcnts (11)CHANG Fanggao,cf.see:HE Yusheng,el a1.,Ultrasonic investigations on elastic properties of(Bi, Pb~SrCa’勖oxide ceram~superconductors (231)CHEN D…     

物理学报2006年第55卷物理学分类主题索引

PACC题目作者年卷(期)起始页码0000总论0150M信息屏障技术的示范装置———能谱遮盖控制器刘素萍龚建胡广春章剑华200655(7)32030150P分离作用RFQ膜片电极的优化设计王智陈佳洱颜学庆陆元荣郭之虞方家驯朱昆200655(11)55750170C双材料微梁阵列室温物体红外成像缪正宇张青川陈大鹏伍小平李超波郭哲颖董凤良熊志铭200655(7)32080200氩晶体薄膜法向热导率的分子动力学模拟吴国强孔宪仁孙兆伟王亚辉200655(1)10200线性瞬态涡流电磁场定解问题解的唯一性和稳定性谢莉雷银照200655(9)43970200弹性力学的重构核粒子边界无单元法秦义校程玉民200…     

Microstructure evolution and passivation quality of hydrogenated amorphous silicon oxide(a-SiOx:H) on〈100〉- and 〈111〉-orientated c-Si wafers

Hydrogenated amorphous silicon oxide(a-SiOx:H) is an attractive passivation material to suppress epitaxial growth and reduce the parasitic absorption loss in silicon heterojunction(SHJ) solar cells. In this paper, a-SiOx:H layers on different orientated c-Si substrates are fabricated. An optimal effective lifetime(τ(eff)) of 4743 μs and corresponding implied opencircuit voltage(iV(oc)) of 724 mV are obtained on〈100〉-orientated c-Si wafers. While τ(eff) of 2429 μs and iV_oc of 699 mV are achieved on 111-orientated substrate. The FTIR and XPS results indicate that the a-SiOx:H network consists of SiOx(Si-rich), Si–OH, Si–O–SiHx, SiO2 ≡ Si–Si, and O3 ≡ Si–Si. A passivation evolution mechanism is proposed to explain the different passivation results on different c-Si wafers. By modulating the a-SiOx:H layer, the planar silicon heterojunction solar cell can achieve an efficiency of 18.15%.     

Nuclear Structure and Electromagnetic Transitions Investigation in Er Isotopes within Framework of Interacting Boson Model

Interacting Boson Model-2(IBM-2)is used to determine the Hamiltonian for Er nuclei.Fit values of parameters are used to construct the Hamiltonian,energy levels and electromagnetic transitions(B(E2),B(M1))multipole mixing ratios(δ(E2/M1))for some even-even Er nuclei and monopole transition probability are estimated.New ideas are used for counting bosons number at N=64 and results are compared with previous works.     

AUTHOR INDEX TO VOLUME 1, 2003

An,Yuying see Huang,Wei,475Andreev,Yuri see Huang,ainzhe,237Bai.Bing see Li,Jun,503Bai,Ylunxia see Zuo.Yuhua。529Bi,Yong一;Feng,Yan;Gong,Huarong;Zhang,Hongbo;and Xu,Zuyau:High—average power THG of a diode—pumpedNd:YAG laser at 355 nm generated bvLiBa05 crystal,91Cai,Bingehu see Wu,Maosong,139Cai,Haiwen一;Geng,Jianxin;Dong,Zuoren;Chen,Gaoting;and Fang,Zujie:Wideband digitally tunable lasers based onfiber Bragg grating external cavity arrayand 1×N optical switch,12Cai,Haiw…     

Magnetostriction and spin reorientation in ferromagnetic Laves phase Pr(Ga_xFe_(1-x))_(1.9) compounds

The magnetostriction, magnetization, and spin reorientation properties in Pr(Ga_xFe_(1-x))_(1.9) alloys have been investigated by high-precision x-ray diffraction(XRD) step scanning, magnetization, and Mo¨ssbauer spectra measurements. Ga substitution reduces the magnetostriction(λ_(||)) with magnetic field H ≥ 8 kOe(1 Oe = 1.33322×10~2 Pa), but it also increases the λ|| value when H ≤ 8 kOe at 5 K. Spin-reorientations(SR) are observed in all the alloys investigated, as determined by the step scanned XRD, Mo¨ssbauer spectra, and the abnormal temperature dependence of magnetization. An increase of the spin reorientation temperature(T_(SR)) due to Ga substitution is found in the phase diagram, which is different from the decrease one in many R(T_x Fe_(1-x))_(1.9)(T = Co, Al, Mn) alloys. The present work provides a method to control the easy magnetization direction(EMD) or T_(SR) for developing an anisotropic compensation system.     

Spectroscope studies of YAlO_3: (Lu~(3 )Nd~(3 ))

An increase of the Nd~(3 ) doping concentration and an enhancement of the laser induced fluorescence in the single crystal of YAlO_3: (Lu~(3 ), Nd~(3 )) have been observed and are attributed to the size compensation effect. The low temperature (4.2K) fluorescence spectra indicate that the structure of the sharp lines arising from the radiative transitions of Nd~(3 ) ions is not changed by the existence of Lu~(3 ) ions, but the emission lines are inhomogeneously more broadened. Besides, it has been observed that the fluorescence due to the radiative transition from the Stark's sublevel R_2 of the metastable level ~4F_(3/2) to the sublevels Y_1 of the manifold ~4I_(11/2) decreases with decreasing temperature and the fluorescence arising from the transitions R_1→Y_1 is relatively increased. The experimental fact is qualitatively interpreted.     

Centrality dependence of pT spectra for identified hadrons in Au+Au and Cu+Cu collisions at √SNN=200 GeV

The centrality dependence of transverse momentum spectra for identified hadrons at midrapidity in Au+Au collisions at √SNN=200GeV is systematically studied in a quark combination model.The pT spectra of π±,K±,P(p-)and A(A)in different centrality bins and the nuclear modification factors(Rcp)for these hadrons are calculated.The centrality dependence of the average collective transverse velocity(β(r)) for the hot and dense quark matter is obtained in Au+An collisions,and it is applied to a relative smaller Cu+Cu collision system.The centrality dependence of pT spectra and the Rcp for π0,K0/s and A in Cu+Cu collisions at √SNN=200 GeV are well described.The results show that(β(r))is only a function of the number of participants Npart and it is independent of the collision system.     

Photoelectron imaging of resonance-enhanced multiphoton ionization and above-threshold ionization of ammonia molecules in a strong 800-nm laser pulse

In this work, we mainly investigate the NH3 molecular multiphoton ionization process by using the photoelectron velocity map imaging technique. Under the condition of femtosecond laser(wavelength at 800 nm), the photoelectron images are detected. The channel switching and above-threshold ionization(ATI) effect are also confirmed. The kinetic energy spectrum(KES) and the photoelectron angular distributions(PADs) are obtained through the anti-Abel transformation from the original images, and then three ionization channels are confirmed successfully according to the Freeman resonance effect in a relatively low laser intensity region. In the excitation process, the intermediate resonance Rydberg states are C~(~(～1)) A _1(6 + 2 photons process), B~(～1) E(6 + 2 photons process) and C~(～1) A _1(7 + 2 photons process), respectively. At the same time, we also find that the photoelectron angular distributions are independent of laser intensity. In addition, the electrons produced by different processes interfere with each other and they can produce a spider-like structure. We also find ac-Stark movement according to the Stark-shift-induced resonance effect when the laser intensity is relatively high.     

Experimental characteristics of a lower hybrid wave multi-junction coupler in the HT-7 tokamak

A phase-controlled lower hybrid wave (LHW) multi-junction (MJ) coupler (3(rows)×(columns)× (subwaveguides)) has been developed in the HT-7 tokamak. Simulations show that it is more effective for driving plasma current than an ordinary phase-controlled LHW antenna (3(rows)×12(columns)) (traditional coupler). The plasma--wave coupling experiments show that the reflection coefficient (RC) is below 10%, implying that the MJ grill can launch the wave into the plasma effectively. The effect of power spectrum launched by the MJ coupler on RC indicates that an optimal condition is requisite for a better coupling in the lower hybrid current drive (LHCD) experiments. Studies indicate that the drive efficiency of the MJ antenna is higher than that of the traditional one, which is mainly ascribed to the discrepancy in impurity concentration, plasma temperature, and spectrum directivity. An improved confinement with an electron internal transport barrier is obtained by LHCD. The analysis shows that the modified negative (low) magnetic shear and the change of radial electric field profile due to LHCD are possible factors responsible for the eITB formation.     

Giant and controllable Goos–H?nchen shift of a reflective beam off a hyperbolic metasurface of polar crystals

We conduct a theoretical analysis of the massive and tunable Goos–H¨anchen(GH) shift on a polar crystal covered with periodical black phosphorus(BP)-patches in the THz range. The surface plasmon phonon polaritons(SPPPs), which are coupled by the surface phonon polaritons(SPh Ps) and surface plasmon polaritons(SPPs), can greatly increase GH shifts.Based on the in-plane anisotropy of BP, two typical metasurface models are designed and investigated. An enormous GH shift of about-7565.58 λ₀     

A NOTE ON THE LIMITING STRENGTH OF A CLOSE-COILED HELICAL SPRING

The problem of twist of a circular ring sector is considerd.A ring sector with circularcross section is under the action of two equal and opposite forces along the axis throughthe center of the ring.The forces produce the same torque in all cross sections of thering(see fig.).The forces are assumed to be large enough as to bring the entire crosssection into a plastic state.The equation of equilibrium in stresses to be satisfied isand the yield condition is assumed to be (τ_(rθ))~2+(τ_(θx))~2=K~2where K is a constant.The surface of the ring sector is free from traction.     

MAP-based infrared image expansion

Image expansion plays a very important role in image analysis. Common methods of image expansion, such as the zero-order hold method, may generate a visual mosaic to the expanded image, linear and cubic spline interpolation may blur the image data at peripheral regions. Since infrared images have the characteristics of low contrast and low signal-to-noise ratio (SNR), the expanded images derived from common methods are not satisfactory. As shown in the analysis of the course from images with low resolution to those with high resolution, the expansion of image is found to be an ill-posed inverse problem. An image interpolation algorithm based on MAP estimation under Bayesian framework is proposed in this paper,which can effectively preserve the discontinuities in the original image. Experimental results demonstrate that the expanded images by this method are visually and quantitatively (analyzed by using the criteria of mean squared error (MSE) and mean absolute error (MAE)) superior to the images expanded by common methods of linear interpolation. Even in expansion of infrared images, this method can also give good results. An analysis about choosing regularization parameter α in this algorithm is given.     

Author index to 1992

BAI Yuhai,PEI Liwei and SIU G G:Application of the digital matched filter technique to ultrasonic non- destructive testing............................................................................No.2(124)BAO Shanhui:cf.see ZHOU Guangping,CHENG Cundi and BAO Shanhui:Analysis of the influence of node location on transducer performance........................................................No.3(224)B.A.T.Petersson:cf.see QIU Shuye,B.A.T.Petersson and B.M.Gibbs:Characterization of ventilation fans as sources of structure-borne sound...............................................................No.2(139)B.M.Gibbs:cf.see QIU Shuye,B.A.T.Petersson and B.M.Gibbs:Characterization of ventilation fans as sources of structure-borne sound...............................................................No.2(139)CHEN Geng:An algorithm of adaptive step size factor in adaptive filtering............ .............No.4(289)CHEN Guilin:cf.see YE Peide,SHI Jun and CHEN Guilin:Laser ultrasonic generation and optical detec- ti     

Molecular dynamics study of anisotropic growth of silicon

Based on the Tersoff potential, molecular dynamics simulations have been performed to investigate the kinetic coefficients and growth velocities of Si(100),(110),(111), and(112) planes. The sequences of the kinetic coefficients and growth velocities are μ_((100)) μ_((110)) μ_((112)) μ_((111))and v_((100)) v_((110)) v_((112)) v_((111)), respectively, which are not consistent with the sequences of the interface energies, interplanar spacings, and melting points of the four planes. However,they agree well with the sequences of the distributions and diffusion coefficients of the melting atoms near the solid–liquid interfaces. It indicates that the atomic distributions and diffusion coefficients affected by the crystal orientations determine the anisotropic growth of silicon. The formation of stacking fault structure will further decrease the growth velocity of the Si(111) plane.     

Investigation of low-temperature cathodoluminescence mechanism of Er-doped Ga N thick films by ion implantation

Er ions are implanted into the Ga N thick films grown by hydride vapor phase epitaxy. The implantation energy is 200 ke V and the implantation doses are 1×10~(13),1 × 10~(14),1 × 10~(15),and 5×10~(15) atom∕cm~2,respectively. The effects of the implantation dose and annealing temperature on the Ga N band-edge luminescence are investigated. The cathodoluminescence spectra from 82 to 323 K are measured for 1×10~(15) atom∕cm~2-implanted Ga N annealed at 1100°C. Luminescence peaks at 356,362,376,390,and 414 nm are observed on the 82 K cathodoluminescence spectrum. When the temperature is increased to 150 K,the intensities of the 356 and 414 nm peaks are nearly unchanged and the 362,376,and 390 nm peaks disappear. The intensity ratio of 538 nm(~2H_(11∕2)→ ~4I/_(15∕2)) and 559 nm(~4S_(3∕2)→ ~4I_(15∕2)) is increased with the increase in temperature. We try to shed light on the above interesting phenomena.     

CHINESE PHYSIC SAUTHOR INDEX TO VOLUME 9

An Zhong,Li Zhan-jie,Liu Ying,Li You-cheng,Two-Dimensional Localized Modes in Conjugated Polymers: the Nonlinear Electron- Phonon Coupling Effect,(1)-37An Zhu,see Peng Xiu-feng,(10)-749Bai Cheng-jie,see Bai Cheng-lin,(3)-161Bai Cheng-lin,Bai Cheng-jie,Xu Bing-zhen,Some New and Exact Explicit Solutions of the Higher Order Broer-Kaup Equations,(3)-161Boo Shi-ning,see Tan Ming-qiu,(1)-55Boo Zhong-xing,Schmidt V. H.,Dalal N. S.,Tu C. S.,Pinto N. J.,Liu Cui-xia,Li Yu-liang,Zhu Dao-ben,Electrical Properties,Equations of State and Phase Transition in Solid C60 at High Pressure,(9)-676Brown I. G.,see Zhang Tao,(4)-279Cai Shao-hong,Hu Lin,Dai Ling-jiang,Ji Shi-yin,Li Jian-shi,Zhang De-xing,Critical Scaling Theory of Generalized Phase Transition and Its Universality,(6)-450Coo Yi-gang,Jioo Zheng-kuan,Dynamics in a Driven Disordered Vortex Lattice: a Numerical Study,(3)-199Coo Yi-gang,Jioo Zheng-kuan,Numerical Studies on the Dynamics of Disordered Vortex Lattice,(1)-61Chai Jin-hua,Lu Yi-qun,Leung Pui-Tang,Linear and Nonlinear Semiclassical Theory of Whispering-Gallery-Mode Microsphere Laser,(8)- 590Chai Jin-hua,Lu Yi-qun,Leung Pui-tang,Multimode Theory of Whispering-Gallery-Mode Microsphere Laser,(9)-661Chai Jin-hua,Lu Yi-qun,Leung Pui-tang,Quantum Langevin Theory of Whispering-Gallery-Mode Microsphere Laser,(4)-259Cai Ling-cang,see Sun Jiu-xun,(12)-927Chang Xiang-rong,see Zhang Yong-ping,(7)-545Chang Yong,see Liang Jian-jun,(10)-783Choo Meng,see Chen Xiao-bo,(5)-379Che Guang-can,see Chen Ling,(8)-624Chen Bao-zhen,Energetic Above-Threshold Ionization Spectra of H-Atom in Intense Laser Fields,(5)-351Chen Cai-he,see Zhang De-long,(5)-359Chen Chang-yuan,General Formaula and Recurrence Formula for Radial Matrix Elements of N-Dimensional Isotropic Harmonic Oscillator,(10)-731Chen Di-hu,see Zhang Hai-yan,(5)-375Chen Guang-hua,see Deng Jin-xiang,(6)-459Chen Jian,aee Zhang Hai-yan,(5)-375Chen Kun-ji,see Li Jian,(7)-537Chen Kun-ji,see Xu Jun,(6)-442Chen Ling, Huang Yu-zhen,Zhou Fang,Dong Cheng,Che Guang-can,Zhao Zhong-xian,Electrochemical Oxidation of La2CuO4 Single Crystals,(8)-624Chen Luo-en,see Mei Dong-cheng,(10)-787Chen Shi-gang,see Liu Jie,(1)-24Chen Shi-gang,see Xu Hai-bo,(1)-42Chen Shi-gang,see Xu Hai-bo,(8)-611Chen Ting-guo,see He Lian-xing,(2)-149Chen Wei-de,see Liang Jian-jun,(10)-783Chen Xi-yi,see Lin Hai,(2)-113Chen Xian-feng,see Zhu Shi-qun,(5)-337Chen Xiang-rong,see Pang Xiao-feng,(2)-108Chen Xiang-rong,see Zhu Jun,(3)-180Chen Xiang-rong,see Zhu Jun,(7)-504Chen Xiang-wei,Mei Feng-xiang,Perturbation to the Symmetries and Adiabatic Invariants of Holonomic Variable Mass Systems,(10)- 721Chen Xiang-wei,see Zhang Rui-chao,(11)-801Chen Xiang-wei,see Zhang Rui-choo,(8)-561Chen Xiao-bo,Deng Zhi-wei,Sawanobori N.,Choo Meng,Zhang Guang-yin,Li Mei-xian,Indirect Up-Conversion Sensitization Lumines- cence of Tm(0.1) Yb(10.9): Oxyfluoride Vitroceramics Induced by 800nm Diode Laser,(5)-379Chen Xiao-bo,see Wang Jin-guo,(3)-210Chen Xin,see Li Run-wei,(8)-630Chen Yan-ping,see Xie Bai-song,(12)-922Chen Zhoo-yang,Qu Wei-xing,Xu Zhi-zhan,Dynamics of H2+ in Two-Color Ultrashort Laser Pulse,(8)-577Chen Zhao-yang,see Zhang Jing-too,(1)-19Chen Zhi-de,Zhang Shu-qun,Numerical Study on Tunneling Splitting in Biaixal Spin Systems,(11)-848Cheng Bing-ying,see Yoo Xin-cheng,(1)-65Cheng Bing-ying,see Yoo Xin-cheng,(11)-824Cheng Chuan-fu,see Liu De-li,(5)-353 Cheng Jian-zheng,Zhang De-jun,Lan Cong-qing,Ye Chao-hui,Research on Vibration Modes of the Chinese Chime Stone,(12)-913Cheng Yan,see Zhu Jun,(7)-504Chu Jun-hao,see Ma Zhi-xun,(4)-309Chu Paul K.,see Zhang Tao,(4)-279Dai Chang-jian,see Li Cong-qi,(7)-500Dai Guan-zhong,see Wang Nan,(7)-532Dai Jian-hua,see Shen Jing-ling,(6)-424Dai Ling-jiang,see Cai Shao-hong,(6)-450Dalal N. S.,see Bao Zhong-xing,(9)-676Deng Jin-xiang,Chen Guang-hua,The Influence of Compressive Stress on the Formation of Cubic Boron Nitride ThinFilm,(6)-459Deng Zhi-wei,see Chen Xiao-bo,(5)-379Ding Bao-quan,see Liang Zhao-yan,(11)-837Ding Ding,see Li Yue-fa,(3)-222Ding Gui-lan,see Zhang De-long,(5)-359Ding Guo-hui,Ye Fei,Xu bo-wei,Charge and Spin Gaps in the Dimerized Hubbard Model,(8)-615Ding Shi-jin,Wang Peng-fei,Zhang Wei,Wang Ji-tao,Wei William Lee,Zhang Ye-wen,Xia Zhong-fu,Porous Amorphous Fluoropolymer Films with Ultralow Dielectric Constant,(10)-778Dong Cheng,see Chen Ling,(8)-624Duan Chuan-xi,see Liu Yu-yan,(9)-652Duan Wen-shan,see Lii Ke-pu,(2)-81Fan Dian-yuan,see Yang Jun,(2)-119Fan Le-wen,see Fang Hai-ping,(7)-515Fan Tian-you,see Peng Yan-ze,(10)-764Fan Tian-you,see Zhou Wang-min,(4)-294Fang Hai-ping,Wan Rong-zheng,Fan Le-wen,Lattice Boltzmann Method Simulation on the Flow of Two Immiscible Fluids in Complex Geometry,(7)-515Fang Jian-shu,see Hai Wen-hua,(3)-175Fang Jin-qing,see Luo Xiao-shu,(5)-333Fang Kun,see Liang Zhao-yan,(11)-837Fang Yun-tuan,Luo Cheng-lin,Tight-Binding Molecular Dynamics Study of C60-Graphite Collisions,(8)-581Feng Mang,Hai Wen-hua,Zhu Xi-wen,Gao Ke-lin,Shi Lei,Resonant Interaction Between a Paul-Trapped Ion and a Standing Wave Laser,(4)-250Feng Ru-peng,see Yin Xun-he,(2)-97Feng Song-lin,see Guo Zhong-sheng,(5)-384Feng Tao,see Li Bin,(4)-284Feng Xun-li,see Gong Shang-qing,(2)-94FrouminN.,see Shen Dian-hong,(7)-528Fu Pan-ming,see Wang Jin-guo,(3)-210Fu Pan-ming,see Zhang Yan-peng,(8)-599Fu Pan-ming,see Zhang Yan-peng,(8)-606Fu Song,see Lee Cun-biao,(7)-508Gan Zi-zhao,see Liu Jun-jun,(12)-934Gao Chong-ming,see Sun Wei,(11)-855Gao Hong,Liu Sheng-gang,Dispersion Relation of a Magnetized Plasma-Filled Backward Wave Oscillator,(4)-274Gao Hui,see Liu Yu-yan,(9)-652Gao Jin-yue,see Popov A. K.,(2)-124Gao Jin-yue,see Yuan Shi,(6)-436Gao Ke-lin,see Feng Mang,(4)-250Gao Wei-jian,see Yin Jian-ping,(5)-342Ge Guo-qin,Leung Pui-tang,Theory of Interband Coherence and Inversionless Bistability in Semiconductor Lasers,(11)-813Ge Pei-wen,see Zhu Zhen-he,(5)-321Gong Qi-huang,see Li Qi,(11)-841Gong Shang-qing,Wang Zhong-yang,Feng Xun-li,Xu Zhi-zhan,Preparation of Entangled States Optimal for Universal Quantum Cloning Machine,(2)-94Gong Shun-sheng,see Hu Zheng-fa,(11)-805Gong Xin-gao,see Quan Hong-jun,(9)-656Gou Qing-quan,see Zhu Jun,(7)-504Gu Bing-lin,see Ni Jun,(6)-469Gu Guo-qing,see Wei En-bo,(6)-464Gu You-song,see Zhang Yong-ping,(7)-545Gu Yuan,see Yang Jun,(2)-119 Guo Guang-can,see Li Xiang,(2)-131Guo Guang-can,see Ye Liu,(3)-l71Guo Han-sheng,Maus-Friedrichs W.,Kempter V.,The Relation Between Preexisting Defects and Charging-up in 9mol%Y2O3-ZrO2 Studied by Auger Electron Speclroscopy,(3)-225Guo Hong-lian,see Yao Xin-cheng,(11)-824Guo Qi,see Liu Ning,(10)-753Guo Qing-quan,see Zhu Jun,(3)-180Guo Yuan-qing,see Liu Yu-yan,(3)-184Guo Yuan-qing,see Liu Yu-yan,(9)-652Guo Zhong-sheng,Wang Hai-long,Ning Dong,Feng Song-lin,Photoluminescence Study of InAs/GaAs Self-Organized Quantum Dots with Bimodal Size Distribution,(5)-384Hai Wen-hua,Liu Xi-chun,Fang Jian-shu,Huang Wei-li,Zhang Xi-li,Chaotic Soliton in Coupled Long Josephson Junctions,(3)-175Hai Wen-hua,see Feng Mang,(4)-250Hah Xue-hai,see Yao Xin-cheng,(1)-65Han Xue-hai,see Yao Xin-cheng,(11)-824Hao Lu-yuan,see Lin Hai,(2)-113He Bo,Zhu Wu-ming,The Nonlinear QCD Dynamical Equations with Higher Order Effective Coupling,(7)-490He Fu-qing,see Peng Xiu-feng,(10)-749He Kai-fen,see Xie Bai-song,(12)-922He Lian-xing,Li Cheng-en,Chen Ting-guo,Yan Hai-xue,Low-Frequency Internal Friction Study on Modified Lead Metaniobate Ceramics,(2) 149He Sheng-gui,see Wang Xiang-huai,(12)-885He Yan-yang,see Zhang Hai-yan,(5)-375Hong Zhi,see Huang Li-lei,(1)-31Hou Bo-yu,Shi Kang-jie,Yue Rui-hong,Zhao Shao-you,Integrability of the Spin-1 XXX Chain with Boundary Impurities and Their Bethe Ansatz,(3)-203Hou Jun-da,see Zhang Tao,(4)-279Hou Xun,see Zhang Yan-peng,(12)-905Hu Bambi,see Liu Jie,(1)-24Hu Feng-xia,Shen Bao-gen,Sun Ji-rong,Zhang Xi-xiang,Great Magnetic Entropy Change in La(Fe,M)13 (M=Si,A1) with Co Doping,(7)- 550Hu Lin,see Cai Shao-hong,(6)-450Hu Shui-ming,see Wang Xiang-huai,(12)-885Hu Zheng-fa,Zhao Hong-tai,Zhou Shi-kang,Gong Shun-sheng,Zhan Ming-sheng,The Potential Model Investigation of Stark Effect in Caesium Rydberg State Atoms and Comparison with Experiment,(11)-805Huang Guang-ming,see Liu Yu-yan,(3)-184Huang Guang-ming,see Liu Yu-yan,(9)-652Huang Li-lei,Hong Zhi,Analyses for Lasing Threshold at 2 and 1.5μm Wavelengths in Tm:YVO4 Crystal,(1)-31Huang Wei-li,see Hai Wen-hua,(3)-175Huang Wen-hua,see Liu Guo-zhi,(10)-757Huang Xi-min,see Liana Zhao-yan,(11)-837Huang Xin-fan,see Li Jian,(7)-537Huang Yi-mei,see Nie Hui-fen,(2)-141Huang Zhong Bing,see Wei Yeu Chen,(9)-680Hui Ping,Effect of Dielectric Constant on the Exciton Ground State Energy of CdSe Quantum Dots,(11)-844Ji Shi-yin,see Cai Shao-hong,(6)-450Jia Dong-dong,Wu Bo-qun,Zhu Jing,Phase Dependence of Luminescent Emission of Eu2+ Doped SrA12O4,(1)-69Jiang Bing-xi,see Lin Xiu-hua,(9)-689Jiang Gang,see Li Xiang-dong,(10)-742Jiang Ming,see Li Jian,(7)-537Jiang Yong-gang,see Liu Li-wei,(12)-944Jiang Yu-hai,see Zhu Zun-liie,(6)-419Jiang Yu-hai,Sun Jin-feng,Zhu Zun-lue,Yang Qin-yu,Wan Ling-de,Asymmetry Parameters and Differential Cross Sections for Photoionizati Excitation of Helium,(12)-892Jiang Zhi-jie,Mo Dang,Electron Paxamagnetic Resonance Studies of Dimensionality of Polyaniline Films,(4)-290Jiao Zheng-kuan,see Cao Yi-gang,(1)-61Jiao Zheng-kuan,see Cao Yi-gang,(3)-199Jiao Zheng-kuan,see Luo Meng-bo,(6)-414Jing Fu-qian,see Sun Jiu-xun,(12)-927Jing Hui,Wu Jian-sheng,Time-Dependent Landau System and Non-Adiabatic Berry Phase in Two Dimensions,(7)-481ling Ji-liang,Yan Mu-lin,Statistical-Mechanical Entropy of the General Static Black Hole Due to Electromagnetic Field,(5)-389 Jr.,see Zhu Shi-qun,(5)-337Kempter V.,see Guo Han-sheng,(3)-225Kong Guang-lin,see Ma Zhi-xun,(4)-309Kwok T. K.,see Zhang Tao,(4)-279Lai Wu-yan,see Xu Ming,(11)-833Lan Cong-qing,see Cheng Jian-zheng,(12)-913Lee Cun-biao,Fu Song,On the Breakdown of a Long Streak in a Transitional Boundary Layer,(7)-508Lee Wing-kee,see Pu Xiao-yun,(11)-827Lei An-le,Li Zhong,Ni Guo-quan,Xu Zhi-zhan,Measurement of Ionic Energy from Femtosecond Laser-Heated Argon Clusters,(6)-432Leung Pui-tang,see Chai Jin-hua,(4)-259Leung Pui-Tang,see Chai Jin-hua,(8)-590Leung Pui-tang,see Chai Jin-hua,(9)-661Leung Pui-tang,see Ge Guo-qin,(11)-813Li Baowen,see Liu Jie,(1)-24Li Bin,Tao Kun,Liu Xing-tao,Miao Wei,Feng Tao,Yang Ning,Liu Bai-xin,Characterization of Polycrystalline Gradient Thin Film by X-ray Diffraction Method,(4)-284Li Cheng-en,see He Lian-xing,(2)-149Li Chuang-she,see Zhang Yan-peng,(8)-599Li Chun-fei,see Xin Li,(12)-910Li Chun-fei,Wang Yu-xiao,Zhang Xue-ru,Nonlinear Refraction in Multilevel Molecular Systems,(3)-194Li Cong-qi,Dai Chang-jian,Lu Jun,Study of Branching Rations of 3p3/2nd (J=1,3) Autoionizing Series of Neutral Magnesium,(7)-500Li Fa-shen,see Wang Li,(9)-685Li Feng-yan,see Liu Yu-yan,(3)-184Li Ji-quan,see Shi Bing-ren,(7)-523Li Jian,Wang Li,Huang Xin-fan,Jiang Ming,Li Wei,Wang Zhao-ye,Xu Jun,Liu Zhi-guo,Chen Kun-ji,Fabrication and Characterization of the Size-Controlled and Patterned nc-Si Dots,(7)-537Li Jian-shi,see Cai Shao-hong,(6)-450Li Jin-rui,see Liu Yu-yan,(3)-184Li Jun-qing,see Xin Li,(12)-910Li Mei-xian,see Chen Xiao-bo,(5)-379Li Ping,see Pang Xiao-feng,(2)-86Li Qi,Xia Zong-huang,Lu Xi-ting,Wang Feng,Gong Qi-huang,Shen De-zhong,Observation of Photorefractive Effect of KNbO3 Crystal at μW Illumination,(11)-841Li Qiao-wen,see Wu Feng-ming,(9)-672Li Run-wei,Sun Ji-rong,Wang Zhi-hong,Chen Xin, Zhang Shao-ying,Shen Bao-gen,Enhancement of Ferromagnetic Cluster Induced by Magnetic Field in the Phase-Separated La0.sCa0.sMnO3,(8)-630Li Song-lin,see Wang Tie-shan,(7)-494Li Wei,see Li Jian,(7)-537Li Wei,see Xu Jun,(6)-442Li Xiang,Guo Guang-can,Quantum Gap Soliton in Papametric Process,(2)-131Li Xiang-dong,Tan Ming-liang,Yi You-gen,Sheng Yong, Jiang Gang,Zhang Zhi-hong,Zhu Zheng-he,Zhao Yong-kuan,Tang Yong-jian, Calculation of the Relativistic Correction Energies of Ne-Like Ions with Orbital Polarization Correction,(10)-742Li Xiang-dong,Tan Ming-liang,Yi You-gen,Zhang Zhi-hong,Zhu Zheng-he,Fully Relativistic Calculations of the Energies,Oscillator Strengths and Einstein Coefficents of the Forbidden Transitions for Ne-Like Sequences,(2)-100Li Xiang-dong,Tan Ming-liang,Yi You-gen,Zhu Zheng-he,Calculation of the Transition Energies of the Ne-Like Ions with the Correc- tion of Core Polarization,(1)-13Li You-cheng,see An Zhong,(1)-37Li Yu-bao,see Liu Zu-qin,(10)-774Li Yu-liang,see Bao Zhong-xing,(9)-676Li Yu-zhi,Lin Lei,Wang Wang-chen,Xiong Cao-shui,Sheng Bao-gen,Magnetic Properties of Ball Milled FexCu1-x (x ＝ 0.4,0.5) Alloy, (4)-304Li Yue-fa,Liu Feng-qi,Xu Bo, Lin Feng,Wu Jii, Jiang Wei-hong,Ding Ding, Wang Zhan-guo,InAs Self-Assembled Nanostructures Grown on InP(001),(3)-222Li Zhan-jie,see An Zhong,(1)-37Li Zhao-lin,see Yao Xin-cheng,(1)-65Li Zhao-lin,see Yao Xin-cheng,(11)-824Li Zhao-min,see Sun Wei-li,(6)-445Li Zhi-feng,see Xu Jun,(6)-442Li Zhong,see Lei An-le,(6)-432Liang Chang-hong,see Liu Jing-song,(9)-667Liang Jian-jun,Chen Wei-de,Wang Yong-qian,Chang Yong,Wang Zhan-guo,1.5μm Luminescence Characteristic of Erbium in B,P Doped a-SiO:H Films,(10)-783 Liang Li-zheng,see Zhang Hai-yan,(5)-375Liang Wen-qing,see Zhang Zhi-ming,(12)-900Liang Xian-ting,Normally Ordered Forms of Shapiro-Wagner Phase Operators and Their Application,(10)-726Liang Zhao-yan,Fang Kun,Xuan Li,Huang Xi-min,Ding Bao-quan,Lu Ran,Zhao Ying-ying,A New Method to Align Liquid Crystal Molecules by Linear Photo-Polymerization for Liquid Crystal Display,(11)-837Liao Chang-jun,see Liu Ning,(10)-753Liao Xian-bo,see Ma Zhi-xun,(4)-309Lin Hai,Ulenikov Oleg N.,Olekhnovitch Igor M.,Wang Dong,Chen Xi-yi,Hao Lu-yuan,Zhu Qing-shi,Local Mode Spectroscopic Study of the AsH3 Molecule: The Perturbed (500) Local Mode Overtone,(2)-113Lin Jie-li,see Liu Yu-yan,(3)-184Lin Jie-li,see Liu Yu-yan,(9)-652Lin Lei,see Li Yu-zhi,(4)-304Lin Xiu-hua,Jiang Bing-xi,Anisotropy of Optical Absorption Intensity in Tm3+ Doped YVO4 Crystals,(9)-689Liu Bai-xin,see Li Bin,(4)-284Liu Cui-xia,see Bao Zhong-xing,(9)-676Liu Cui-xin,see Xu Ming,(11)-833Liu De-li,Qi Dong-ping,Teng Shu-yun,Cheng Chuan-fu,Flake Structure in the Speckle Field Produced by a Few Scatterers,(5)-353Liu Feng-qi,see Li Yue-fa,(3)-222Liu Ge,see Liu Li-wei,(12)-944Liu Guo-zhi,Liu Jing-yue,Huang Wen-hua,Zhou Jin-shan,Song Xiao-xin,Ning Hui,A Study of High Power Microwave AirBreakdown,(10)- 757Liu Hong-ping,see Liu Yu-yan,(3)-184Liu Hong-ping,see Liu Yu-yan,(9)-652Liu Jie,Chen Shi-gang,Li Baowen,Hu Bambi,Fringe Structure in the Phase-Space Dynamics of Atomic Stabilization in an Intense Field,(1)-24Liu Jing-song,Zhang Du-ying,Liang Chang-hong,Stability of Bright Screening-Photovoltaic Spatial Solitons,(9)-667Liu Jing-yue,see Liu Guo-zhi,(10)-757Liu Jun-jun,Gan Zi-zhao,Fluctuations of Flux Lines on the Surface of Superconductor,(12)-934Liu Ke-jia,see Lu Huai-xin,(1)-5Liu Li-wei,Wang Zuo-wei,Liu Ge,Jiang Yong-gang,Qiu Zhi-yong,Zhou Lu-wei,Resonance Response of Electrorheological Fluids in Vertical Oscillation Squeeze Flow,(12)-944Liu Ning,Liu Song-hao,Liao Chang-jun,Guo Qi,Xu Wen-cheng,The Nonlinear Schrodinger Equation and the Cross-phase Modulation in Erbium-doped Fiber Amplifiers,(10)-753Liu Ning-ning,see Wang Xiao-guang,(9)-649Liu Sheng-gang,see Gao Hong,(4)-274Liu Song-hao,see Liu Ning,(10)-753Liu Song-hao,see Zhang Hai-yan,(5)-375Liu Xi-chun,see Hai Wen-hua,(3)-175Liu Xiao-yong,see Liu Yu-yan,(3)-184Liu Xiao-yong,see Liu Yu-yan,(9)-652Liu Xing-tao,see Li Bin,(4)-284Liu Ying,see An Zhong,(1)-37Liu Yong,see Shi Zhu-yi,(1)-9Liu Yu-feng,see Nie Hui-fen,(2)-141Liu Yu-yan,Liu Hong-ping,Guo Yuan-qing,Lin Jie-li,Liu Xiao-yong,Huang Guang-ming,Li Feng-yan,Li Jin-rui,The Mid-Infrared Fre- quency Standard Using 14NmO (m=16,17,18) Spectral Lines,(3)-184Liu Yu-yan,Liu Xiao-yong,Liu Hong-ping,Guo Yuan-qing,Huang Guang-ming,Lin Jie-li,Gao Hui,Duan Chuan-xi,Global Analysis of Spectra of the PO2 Radical in the Gas Phase,(9)-652Liu Ze-wen,Zhu Zhen-long,Meng Xiang-jun,The Relativistic Covariance of Onnes Equation,(4)-241Liu Zhi-guo,see Li Jian,(7)-537Liu Zu-qin,Sun Lian-feng,Tang Dong-sheng,Zhou Wei-ya,Li Yu-bao,Zou Xiao-ping,Wang Gang,AuPd Catalytic Nanoparticle Size Effect on the Formation of Amorphous Silicon Nanowires,(10)-774Long Xian-guan,see Peng Xiu-feng,(10)-749Long Yong-xing,see Shi Bing-ren,(7)-523Lu Hua,see Shen Dian-hong,(7)-528Lu Huai-xin,Liu Ke-jia,Pan Jian-wei,Zhang Yong-de,Energy Spectrum and Wave Function for Multi-Mode Coupled Non-Identical Harmonic Oscillators,(1)-5Lu Huai-xin,Wang Xiao-qin,Multiphoton Jaynes-Cummings Model Solved Via Supersymmetric Unitary Transformation,(8)-568Lu Huai-xin,Wang Xiao-qing,Zhang Yong-de,Exact Solution for Super-Jaynes-Cummings Model,(5)-325Lu Ke-qing,see Zhang Yan-peng,(12)-905Lu Ke-qing,see Zhang Yan-peng,(8)-606Lu Ran,see Liang Zhao-yan,(11)-837 Lu Wei,see Xu Jun,(6)-442Lu Xi-ting,see Li Qi,(11)-841Lu Yi-qun,see Chai Jin-hua,(4)-259Lu Yi-qun,see Chai Jin-hua,(8)-590Lu Yi-qun,see Chai Jin-hua,(9)-661Luo Cheng-lin,see Fang Yun-tuan,(8)-581Luo Meng-bo,Ye Gao-xiang,Tao Xiang-ming,Xu Jian-min,Jiao Zheng-kuan,Formations of Fractal Islands Aggregated with Discs in Gaussian Distribution on Nonlattice Substrates,(6)-414Luo Xiao-shu,Fang Jin-qing,A Method of Controlling Spatiotemporal Chaos in Coupled Map Lattices,(5)-333Luo Zheng-ming,see Peng Xiu-feng,(10)-749Lu Jun,see Li Cong-qi,(7)-500Lu Ke-pu,Duan Wen-shan,Zhao Jin-bao,Wang Ben-ren,Wei Rong-jue,Particular Solitons in Nonlinear Lattice,(2)-81Lu Xiang,see Zhu Shi-qun,(5)-337Ma Ben-kun,see Tang Gang,(10)-737Ma Tian-fu,see Xu Jun,(6)-442Ma Zhi-xun,Liao Xian-bo,Kong Guang-lin,Chu Jun-hao,Microstructure of SiOx:H Films Prepared by Plasma Enhanced Chemical Vapor Deposition,(4)-309Mai Zhen-hong,see Xu Ming,(11)-833Maus-Friedrichs W.,see Guo Han-sheng,(3)-225Mei Dong-cheng,Xie Guang-zhong,Chen Luo-en,Spectral Variability and Transient Injection of Relativistic Electrons for BL Lac Objects,(10)-787Mei Feng-xiang,see Chen Xiang-wei,(10)-721Mei Feng-xiang,see Zhang Rui-chao,(11)-801Mei Feng-xiang,see Zhang Rui-chao,(8)-561Mei Feng-xiang,see Zhang Yi,(6)-401Meng Xiang-jun,see Liu Ze-wen,(4)-241Miao Wei,see Li Bin,(4)-284Ming Ju Chou,see Wei Yeu Chen,(9)-680Mo Dang,see Jiang Zhi-jie,(4)-290Myslivets S. A.,see Popov A. K.,(2)-124Ni Guo-quan,see Lei An-le,(6)-432Ni Jun,Gu Bing-lin,Ferrimagentic Phases of the Blume-Emery-Griffiths Model and the Potts Model onthe Diamond Lattice,(6)-469Nie Hui-fen,Liu Yu-feng,Huang Yi-mei,Yan Shou-sheng,Simulation on Local Flux Creep in Type-II Superconductors,(2)-141Ning Dong,see Guo Zhong-sheng,(5)-384Ning Hui,see Liu Guo-zhi,(10)-757Olekhnovitch Igor M.,see Lin Hai,(2)-113Pan Jian-wei,see Lu Huai-xin,(1)-5Pan Shao-hua,see Wang Xiao-guang,(9)-649Pang Xiao-feng,Chen Xiang-rong,Nonlinearly Vibrational Energy-Spectra of Molecular Crystals,(2)-108Pang Xiao-feng,Li Ping,Quantum-Mechanical Properties of Proton Transport in the Hydrogen-Bonded Molecular Systems,(2)-86Peng Shao-qi,see Zhang Hai-yan,(5)-375Peng Xiu-feng,He Fu-qing,Long Xian-guan,An Zhu,Luo Zheng-ming,L-Shell Ionization Measurement of Tungsten by Electron Impact,(10)- 749Peng Yan-ze,Fan Tian-you,Perturbation Method Solving Elastic Problems of Icosahedral Quasicrystals Containing a Circular Crack,(10)- 764Peng Zhao-wang,Zhong Ting-xiu,Using Optimal Feedback Control for Chaos Targeting,(4)-244Pinto N. J.,see Bao Zhong-xing,(9)-676Polak M.,see Shen Dian-hong,(7)-528Popov A. K.,Myslivets S. A.,Gao Jin-yue,Zhang Han-zhuang,Wellegehausen B.,Inversionless Gain in a Three-Level System Driven by a Strong Field and Collisions,(2)-124Pu Xiao-yun,Lee Wing-kee,Lasing From a Dye-Doped Pendant Drop and Its Precession,(11)-827Qi Dong-ping,see Liu De-li,(5)-353Qi Jin-lin,see Wang Jing-cheng,(3)-216Qiu Yu-bo,see Wu Ze-qing,(7)-519Qiu Zhi-yong,see Liu Li-wei,(12)-944Qu Wei-xing,see Chen Zhao-yang,(8)-577Quan Hong-jun,Gong Xin-gao,Electronic Structure of Cluster-Assembled Al12C (Si) Solid,(9)-656Ren Yong,see Yin Xun-he,(2)-97Ren Yong,see Yuan Jian,(9)-641Roy R.,see Zhu Shi-qun,(5)-337Sang Jian-ping,see Shi Zhu-yi,(1)-9 Sawanobori N.,see Chen Xiao-bo,(5)-379Schmidt V. H.,see Bao Zhong-xing,(9)-676Shan Xiu-ming,see Yin Xun-he,(2)-97Shan Xiu-ming,see Yuan Jian,(9)-641Shang Mei,see Zhang Yi,(6)-401Shen Bao-gen,see Hu Feng-xia,(7)-550Shen Bao-gen,see Li Run-wei,(8)-630Shen Bao-gen,see Zhang Shao-ying,(7)-541Shen De-zhong,see Li Qi,(11)-841Shen Dian-hong,Wu Xing-fang,Lu Hua,FrouminN.,Polak M.,Microstructure at the Interface of Titanium Carbide and Nickel Aluminides,( 528Shen Jing-ling,Zhang Guang-cai,Dai Jian-hua,Zhang Hong-jun,Transient Lifetime Spectrum of Two Charged Particles in a Paul Trap,(6)-424Sheng Bao-gen,see Li Yu-zhi,(4)-304Sheng Yong,see Li Xiang-dong,(10)-742Shi Bing-ren,Long Yong-xing,Sui Guo-fang,Li Ji-quan,Critical Magnetic Shear for the Tokamak Ideal Internal Kink Mode in the Ion Kinetic Regime,(7)-523Shi Dong-xia,see Zhang Yong-ping,(7)-545Shi Jian-qing,see Wu Feng-min,(1)-49Shi Kang-jie,see Hou Bo-yu,(3)-203Shi Lei,see Feng Mang,(4)-250Shi Zhu-yi,Liu Yong,Sang Jian-ping,Microstructure on Collectivity in Even 116-122Xe Isotopes,(1)-9Song Xiao-xin,see Liu Guo-zhi,(10)-757Sui Guo-fang,see Shi Bing-ren,(7)-523Sun Ji-rong,see Hu Feng-xia,(7)-550Sun Ji-rong,see Li Run-wei,(8)-630Sun Jin-feng,see Jiang Yu-hai,(12)-892Sun Jin-feng,see Zhu Zun-liie,(6)-419Sun Jiu-xun,Chai Ling-cang,Wu Qiang,Jing Fu-qian,Analytic Equation of State for Generalized Lennard-Jones Solid Including Lowest-Order Anhamonic and Correlation Corrections,(12)-927Sun Lian-feng,see Liu Zu-qin,(10)-774Sun Wei,Wang Yi-qiu,Gao Chong-ming,Construction of an Optical Tweezers －Calculation and Experiments,(11)-855Sun Wei-li,Li Zhao-min,Determination of the Mn2+-F－ Bond Length Using A Complete Spectrum Criterion and a Next Nearest Neighbor Model,(6)-445Tan Ming-liang,see Li Xiang-dong,(1)-13Tan Ming-liang,see Li Xiang-dong,(10)-742Tan Ming-liang,see Li Xiang-dong,(2)-100Tan Ming-qiu,Tao Xiang-ming,Bao Shi-ning,Ab initio Study on the Electronic Structure and Magnetism of MnAs,MnSb,and MnBi,(1)- 55Tan Wei-han,see Yan Ke-zhu,(7)-485Tang Bao-yin,see Zhang Tao,(4)-279Tang Dong-sheng,see Liu Zu-qin,(10)-774Tang Gang,Ma Ben-kun,Dynamic Scaling of Growing Su.rfaces with Growth Inhomogeneities of Screened Coulombic Function,(10)-737Tang Xue-feng,see Wang Jing-cheng,(3)-216Tang Yi,Yan Xiao-hong,Approach for the Study of Soliton in Optical Fiber,(8)-565Tang Yong-jian,see Li Xiang-dong,(10)-742Tang Zhi-ming, A Possible Experimental Test on the Gravitation Theory of Complex Filed, (12)-881Tao Kun,see Li Bin,(4)-284Tao Kun,see Xu Ming,(11)-833Tao Xiang-ming,see Luo Meng-bo,(6)-414Tao Xiang-ming,see Tan Ming-qiu,(1)-55Teng Shu-yun,see Liu De-li,(5)-353Thornburg K. S.,see Zhu Shi-qun,(5)-337Tian Zhong-zhuo,see Zhang Yong-ping,(7)-545Tong Guo-ping,Hybrid Orbitals of Carbon Atoms in the D6hC3a Molecule Under the Rotating Ellipsoid Model,(8)-572Tu C. S.,see Bao Zhong-xing,(9)-676Ulenikov Oleg N.,see Lin Hai,(2)-113VanWiggeren G. D.,see Zhu Shi-qun,(5)-337Volkov V. V.,Wang Zhong-lin,Zou Bing-suo,Xie Si-shen,Low Temperature Optical Properties of Amorphous Oxide Nanoclusters in Polymethyl Methacrylate Matrix,(10)-767Wan Ling-de,see Jiang Yu-hai,(12)-892 Wan Rong-zheng,see Fang Hai-ping,(7)-515Wang Tie-shan,Zhu Yong-tai,Wang Zhi-guo,Li Song-lin,Wang Shu-jin, Jin Gen-ming,Study of the Nuclear Phenomena in the Low Energy (60－360keV) Proton Beam Implantation on Metals,(7)-494Wang Ben-ren,see Lu Ke-pu,(2)-81Wang Dai-mu,Wu Zi-qin,Simulation of Multiple Fractal and Compact Growth of Ultra-Thin Films on Hexagonal Substrate,(5)-368Wang Dong,see Lin Hai,(2)-113Wang Feng,see Li Qi,(11)-841Wang Gang,see Liu Zu-qin,(10)-774Wang Guang-rui,see Xu Hai-bo,(1)-42Wang Guang-rui,see Xu Hai-bo,(8)-611Wang Hai-long,see Guo Zhong-sheng,(5)-384Wang Ji-tao,see Ding Shi-jin,(10)-778Wang Jin-guo,Zhang Zhi-guo,Xu Jing-zhou,Xu Ji-ren,Fu Pan-ming,Chen Xiao-bo,Spectroscopic Investigation on the Properties of Visible and Near Infrared Emissions in Tm3+,Ho3+ Co-Doped YVO4 Crystals,(3)-210Wang Jing-cheng,You Fu-qiang,Yin Jun-lin,Tang Xue-feng,Qi Jin-lin,Positron Study of Defects in TiNi Alloys,(3)-216Wang Li,Li Fa-shen,Zhou Qing-guo,Structure and Mossbauer Study of Nanocrystalline Ni-Zn Ferrite,(9)-685Wang Li,see Li Jian,(7)-537Wang Nan,Zhang Jun,Wei Bing-bo,Dai Guan-zhong,Rapid Dendritic Growth Investigated with Artificial Neural Network Method,(7)- 532Wang Peng-fei,see Ding Shi-jin,(10)-778Wang Peng-fei,see Zhang Yan-peng,(8)-599Wang Shi-ji,see Yang Jun,(2)-ll9Wang Shu-jin,see Wang Tie-shan,(7)-494Wang Wang-chen,see Li Yu-zhi,(4)-304Wang Xiang-huai,He Sheng-gui,Hu Shui-ming,Zheng Jing-jing,Zhu Qing-shi,Analysis of the HDO Absorption Spectrum between 9600-10200cm-1,(12)-885Wang Xiao-guang,Liu Ning-ning,Pan Shao-hua,Yang Guo-zhen,Phase Transition Properties of a Two-Component Finite Magnetic Superlattice,(9)-649Wang Xiao-qin,see Lu Huai-xin,(8)-568Wang Xiao-qing,see Lu Huai-xin,(5)-325Wang Yi-qiu,see Sun Wei,(11)-855Wang Yi-qiu,see Yin Jian-ping,(5)-342Wang Yong-cheng,Rotating Rindler Space Time with Constant Angular Velocity,(5)-329Wang Yong-qian,see Liang Jian-jun,(10)-783Wang Yu-xiao,see Li Chun-fei,(3)-194Wang Yu-zhu,see Yin Jian-ping,(5)-342Wang Zhan-guo,see Liang Jian-jun,(10)-783Wang Zhao-ye,see Li Jian,(7)-537Wang Zhi-guo,see Wang Tie-shan,(7)-494Wang Zhi-hong,see Li Run-wei,(8)-630Wang Zhong-lin,see Volkov V. V.,(10)-767Wang Zhong-yang,see Gong Shang-qing,(2)-94Wang Zuo-wei,see Liu Li-wei,(12)-944Wei Bing-bo,see Wang Nan,(7)-532Wei En-bo,Gu Guo-qing,Electrostatic Potential of Strongly Nonlinear Composites: Homotopy Continuation Approach,(6)-464Wei Lian-fu,Xi Ding-ping, q-Nonlinear Cavity Field States Generated by the Excitations on A q-Coherent State,(8)-586Wei Rong-jue,see Lu Ke-pu,(2)-81Wei William Lee,see Ding Shi-jin,(10)-778Wei Yeu Chen,Ming Ju Chou,Huang Zhong Bing,The Sign Reversal and Scaling Relations of Hall Anomaly in the Mixed State Type-II Superconductors,(9)-680Wellegehausen B.,see Popov A. K.,(2)-124Wu Bo-qun,see Jia Dong-dong,(1)-69Wu Chun-yan,see Zhang Hai-yan,(5)-375Wu Feng-min,Zhu Qi-peng,Shi Jian-qing,Wu Zi-qin,Simulation of Fractal Growth of Thin Films at Low Temperature,(1)-49Wu Feng-ming,Li Qiao-wen,Wu Zi-qin,Effect of Small Cluster Diffusion During Two-Dimensional Thin Film Growth on Metal Surface,(9)-672Wu Hong-cai,see Zhang Yan-peng,(12)-905Wu Hong-cai,see Zhang Yan-peng,(8)-599Wu Hong-cai,see Zhang Yan-peng,(8)-606Wu Jian-sheng,see Jing Hui,(7)-481Wu Ju,see Li Yue-fa,(3)-222 Wu Qiang,see Sun Jiu-xun,(12)-927Wu Xing-fang,see Shen Dian-hong,(7)-528Wu Ze-qing,Zhang Ben-ai,Qiu Yu-bo,Effect of Excitation-Autoionization in Non-Local Thermodynamic Equilibrium Plas- mas,(7)-519Wu Zi-qin,see Wang Dai-mu,(5)-368Wu Zi-qin,see Wu Feng-min,(1)-49Wu Zi-qin,see Wu Feng-ming,(9)-672Xi Ding-ping,see Wei Lian-fu,(8)-586Xia Zhong-fu,see Ding Shi-jin,(10)-778Xia Zong-huang,see Li Qi,(11)-841Xiao Xian-ci,see Zhang Jia-shu,(6)-408Xie Bai-song,Approximate Model of Intense Field Stabilization for Hydrogen Atom,(11)-810Xie Bai-song,He Kai-fen,Chen Yan-ping,Dust-Acoustic Shock Waves in the Sheath of Dusty Plasmas,(12)-922Xie Guang-zhong,see Mei Dong-cheng,(10)-787Xie Sheng-wu,see Zhang Zhi-ming,(12)-900Xie Si-shen,see Volkov V. V.,(10)-767Xie Wen-fang,Exciton States in Quantum Disks,(2)-138Xie Wen-fang,Negative Donor Center Quantum Dots in Magnetic Fields,(8)-619Xin Li,Li Chun-fei,Li Jun-qing,Zheng Yang-dong,Relationship Between Intensity of Surface Second Harmonic Generation and Molec- ular Structure in Helix Molecular Films,(12)-910Xiong Cao-shui,see Li Yu-zhi,(4)-304Xu Ai-guo,see Xu Hai-bo,(1)-42Xu Bing-zhen,see Bai Cheng-lin,(3)-161Xu Bo,see Li Yue-fa,(3)-222Xu bo-wei,see Ding Guo-hui,(8)-615Xu Hai-bo,Wang Guang-rui,Chen Shi-gang,A Generalized Frenkel-Kontorova Model of the Ca/Si(112) Dimerized Overlayer System With Vacancies,(8)-611Xu Hai-bo,Xu Ai-guo,Wang Guang-rui,Chen Shi-gang,Study on One-Dimensional CI Phase Transition with Triple-Well Interactions,(1)- 42Xu Ji-ren,see Wang Jin-guo,(3)-210Xu Jian-min,see Luo Meng-bo,(6)-414Xu Jiao,see Zhang Yan-peng,(8)-606Xu Jing-zhou,see Wang Jin-guo,(3)-210Xu Jun,Ma Tian-fu,Li Wei,Chen Kun-ji,Li Zhi-feng,Lu Wei,Photo- and Electro-luminescence from Hydrogenated Amorphous Silicon CarbideFilms Prepared by Using Organic Carbon Source,(6)-442Xu Jun,see Li Jian,(7)-537Xu Ming,Yang Tao,Yu Wen-xue,Yang Ning,Liu Cui-xin,Mai Zhen-hong,Lai Wu-yan,Tao Kun,Accurate Determination of Film Thick- ness by Low-Angle X-Ray Reflection,(ll)-833Xu Wen-cheng,see Liu Ning,(10)-753Xu Zheng-yi,see Zhu Zhen-he,(5)-321Xu Zhi-zhan,see Chen Zhao-yang,(8)-577Xu Zhi-zhan,see Gong Shang-qing,(2)-94Xu Zhi-zhan,see Lei An-le,(6)-432Xu Zhi-zhan,see Zhang Jing-tao,(1)-19Xuan Li,see Liang Zhao-yan,(11)-837Xue Yue-ju,see Yin Xun-he,(2)-97Yan Hai-xue,see He Lian-xing,(2)-149Yan Ke-zhu,Tan Wei-han,The Growth Rate and Statistical Fluctuation of Bose-Einstein Condensate Formation,(7)-485Yan Mu-lin,see Jing Ji-liang,(5)-389Yan Shou-sheng,see Nie Hui-fen,(2)-141Yan Xiao-hong,see Tang Yi,(8)-565Yang Guo-zhen,see Wang Xiao-guang,(9)-649Yang Jun,Fan Dian-yuan,Wang Shi-ji,Gu Yuan,Generalized Fresnel Diffraction Integral and Its Applications,(2)-119Yang Ning,see Li Bin,(4)-284Yang Ning,see Xu Ming,(11)-833Yang Qin-yu,see Jiang Yu-hai,(12)-892Yang Tao,see Xu Ming,(11)-833Yao Xin-cheng,Li Zhao-lin,Cheng Bing-ying,Han Xue-hai,Zhang Dao-zhong,Increasing Transverse Stability of Optical Tweezers by Using Dual-Gaussian Beam Profile,(1)-65Yao Xin-cheng,Li Zhao-lin,Guo Hong-lian,Cheng Bing-ying,Han Xue-hai,Zhang Dao-zhong,Effect of Spherical Aberration Introduced by Water Solution on Trapping Force,(11)-824Ye Chao-hui,see Cheng Jian-zheng,(12)-913 Ye Fei,see Ding Guo-hui,(8)-615Ye Gao-xiang,see Luo Meng-bo,(6)-414Ye Liu,Guo Guang-can,Influence of Entanglement Degree on Squeezing and Photon Antibunching in the Jaynescummings Model,(3)- 171Yi You-gen,see Li Xiang-dong,(1)-13Yi You-gen,see Li Xiang-dong,(10)-742Yi You-gen,see Li Xiang-dong,(2)-100Yin Jian-ping,Gao Wei-jian,Wang Yu-zhu,Zhu Yi-fu,Wang Yi-qiu,Pyramidal-Hollow-Beam Dipole Trap for Alkali Atoms,(5)-342Yin Jun-lin,see Wang Jing-cheng,(3)-216Yin Xun-he,Ren Yong,Shan Xiu-ming,Xue Yue-ju,Feng Ru-peng,A Kind of New Amplifier,(2)-97You Fu-qiang,see Wang Jing-cheng,(3)-216Yu Wen-xue,see Xu Ming,(11)-833Yuan Jian,Ren Yong,Shan Xiu-ming,Self-Organized Criticality in One-Dimensional Packet Flow Model,(9)-641Yuan Lei,see Zhang Yong-ping,(7)-545Yuan Shi,Gao Jin-yue,Spontaneous Emission of a Driven Four-level Doppler Broadened System,(6)-436Yue Rui-hong,see Hou Bo-yu,(3)-203Zeng Zhao-ming,see Zhang Tao,(4)-279Zhan Ming-sheng,see Hu Zheng-fa,(11)-805Zhang Ben-ai,see Wu Ze-qing,(7)-519Zhang Dao-zhong,see Yao Xin-cheng,(1)-65Zhang Dao-zhong,see Yao Xin-cheng,(11)-824Zhang De-jun,see Cheng Jian-zheng,(12)-913Zhang De-long,Chen Cai-he,Ding Gui-lan,Diffusion Parameters Dependent Oscillation Characteristics in Ti-Diffused Nd:LiNbOa Channel Waveguide Laser,(5)-359Zhang De-xing,see Cai Shao-hong,(6)-450Zhang Du-ying,see Liu Jing-song,(9)-667Zhang Guang-cai,see Shen Jing-ling,(6)-424Zhang Guang-yin,see Chen Xiao-bo,(5)-379Zhang Hai-yan,Chen Jian,Liu Song-hao,Chen Di-hu,Wu Chun-yan,He Yan-yang,Liang Li-zheng,Peng Shao-qi,The Raman Scattering of Carbon Nanotubes Produced in Different Inert Gases and Their Pressures by Arc Discharge,(5)-375Zhang Han-zhuang,see Popov A. K.,(2)-124Zhang Hong-jun,see Shen Jing-ling,(6)-424Zhang Hong-wei,see Zhang Shao-ying,(7)-541Zhang Jia-shu,Xiao Xian-ci,Fast Evolving Multi-layer Perceptrons for Noisy Chaotic Time Series Modeling and Predictions,(6)-408Zhang Jie-fang,Abundant Dromion-Like Structures to the (2+1) Dimensional KdV Equation,(1)-1Zhang Jing-tao,Chen Zhao-yang,Xu Zhi-zhan,Interaction of a Two-Level Atom with Fine Structure Moving in an Electromagnetic Field,(1)-19Zhang Jun,see Wang Nan,(7)-532Zhang Rui-chao,Chen Xiang-wei,Mei Feng-xiang,Effects of Non-Conservative Forces on Lie Symmetries and Conserved Quantities of a Lagrange System,(11)-801Zhang Rui-chao,Chen Xiang-wei,Mei Feng-xiang,Effects of Nonholonomic Constraint on Lie Symmetries and Conserved Quantities of Lagrangian Systems,(8)-561Zhang Shao-ying,Zhang Hong-wei,Zhao Peng,Shen Bao-gen,Magnetic Viscosity of Nanocomposite Sm-Fe-Cu-Zr-Ga-C Ribbons,(7)- 541Zhang Shu-qun,see Chen Zhi-de,(11)-848Zhang Suo-chun,see Zhou Tian-shou,(3)-166Zhang Tao,Hou Jun-da,Tang Bao-yin,Kwok T. K.,Zeng Zhao-ming,Brown I. G.,Chu Paul K.,The Effect of Mesh Anode on Cathodic Arc in Focusing Magnetic Field,(4)-279Zhang Wei,see Ding Shi-jin,(10)-778Zhang Xi-li,see Hai Wen-hua,(3)-175Zhang Xi-xiang,see Hu Feng-xia,(7)-550Zhang Xiu-fang,see Zhang Yong-ping,(7)-545Zhang Xue-ru,see Li Chun-fei,(3)-194Zhang Yan-peng,Hou Xun,Lu Ke-qing,Wu Hong-cai,Raman-Enhanced Polarization Beats with Phase-Conjugation Geometry,(12)-905Zhang Yan-peng,Lu Ke-qing,Wu Hong-cai,Xu Jiao,Fu Pan-ming,Nonlinear Effects of Third-and Fifth-order on Polarization Beats in a Four-Level System,(8)-606Zhang Yan-peng,Wu Hong-cai,Wang Peng-fei,Li Chuang-she,Fu Pan-ming,Phase Fluctuations on Raman-Enhanced Nondegenerate Four-Wave Mixing,(8)-599Zhang Ye-wen,see Ding Shi-jin,(10)-778Zhang Yi,Shang Mei,Mei Feng-xiang,Symmotriesand Conserved Quantities for Systems of Generalized Classical Mechanics,(6)-401Zhang Yong-de,see Lu Huai-xin,(1)-5Zhang Yong-de,see Lu Huai-xin,(5)-325 Zhang Yong-ping,Gu You-song,Chang Xiang-rong,Tian Zhong-zhuo,Shi Dong-xia,Zhang Xiu-fang,Yuan Lei,Crystalline Carbon Ni- tride Thin Films Deposited by Microwave Plasma Chemical Vapor Deposition,(7)-545Zhang Zhi-guo,see Wang Jin-guo,(3)-210Zhang Zhi-hong,see Li Xiang-dong,(10)-742Zhang Zhi-hong,see Li Xiang-dong,(2)-100Zhang Zhi-ming,Liang Wen-qing,Xie Sheng-wu,Spectrum of the Micromaser Injected with A-Type Three-Level Atoms,(12)-900Zhao Hong-tai,see Hu Zheng-fa,(11)-805Zhao Jin-bao,see Li Ke-pu,(2)-81Zhao Peng,see Zhang Shao-ying,(7)-541Zhao Shao-you,see Hou Bo-yu,(3)-203Zhao Ying-ying,see Liang Zhao-yan,(11)-837Zhao Yong-kuan,see Li Xiang-dong,(10)-742Zhao Zhong-xian,see Chen Ling,(8)-624Zheng Jing-jing,see Wang Xiang-huai,(12)-885Zheng Yang-dong,see Xin Li,(12)-910Zhong Ting-xiu,see Peng Zhao-wang,(4)-244Zhou Fang,see Chen Ling,(8)-624Zhou Jin-shan,see Liu Guo-zhi,(10)-757Zhou Lu-wei,see Liu Li-wei,(12)-944Zhou Qing-guo,see Wang Li,(9)-685Zhou Shi-kang,see Hu Zheng-fa,(11)-805Zhou Tian-shou,Zhang Suo-chun,Explicit Representation of Planar Wave Speed and Dispersive Relation in General Excitable Media,(3)-166Zhou Wang-min,Fan Tian-you,Axisymmetric Elasticity Problem of Cubic Quasicrystal,(4)-294Zhou Wei-ya,see Liu Zu-qin,(10)-774Zhu Qing-shi,see Wang Xiang-huai,(12)-885Zhu Dao-ben,see Bao Zhong-xing,(9)-676Zhu Jing,see Jia Dong-dong,(1)-69Zhu Jun,Chen Xiang-rong,Guo Qing-quan,Stretching Vibrations of Benzene Molecule in the Nonlinear Model,(3)-180Zhu Jun,Cheng Yan,Chen Xiang-rong,Gou Qing-quan,Model Stretching Energy Levels for SF6 Molecule,(7)-504Zhu Qi-peng,see Wu Feng-min,(1)-49Zhu Qing-shi,see Lin Hai,(2)-113Zhu Shi-qun,Lii Xiang,Chen Xian-feng,Thornburg K. S.,Jr.,VanWiggeren G. D.,Roy R.,General Synchronization of Chaos in a System of Two Non-Identical Lasers,(5)-337Zhu Wu-ming,see He Bo,(7)-490Zhu Xi-wen,see Feng Mang,(4)-250Zhu Yi-fu,see Yin Jian-ping,(5)-342Zhu Yong-tai,see Wang Tie-shan,(7)-494Zhu Zhen-he,Ge Pei-wen,Xu Zheng-yi,Influence of Seed Crystal Dimension on Crystal Growth from Solution under Microgravity,(5)- 321Zhu Zhen-long,see Liu Ze-wen,(4)-241Zhu Zheng-he,see Li Xiang-dong,(1)-13Zhu Zheng-he,see Li Xiang-dong,(10)-742Zhu Zheng-he,see Li Xiang-dong,(2)-100Zhu Zun-lue,see Jiang Yu-hai,(12)-892Zhu Zun-liie,Jiang Yu-hai,Sun Jin-feng,Laser-assisted e-Ar Scattering in CO2 Laser Field,(6)-419Zou Bing-suo,see Volkov V. V.,(10)-767Zou Xiao-ping,see Liu Zu-qin,(10)-774Zou Xiao-ping,see Liu Zu-qin,(10)-774     

NEUTRINO BEAM LINES AT HIGH-ENERGY PROTON SYNCHROTRONS

<正>Revised September 2013 with numbers verified by representatives of the synchrotrons(contact C.-J.Lin,LBNL).For existing(future)neutrino beam lines the latest achieved(design)values are given.The main source of neutrinos at proton synchrotrons is from the decay of pions and kaons produced by protons striking a nuclear target.There are different schemes to focus the secondary particles to enhance neutrino flux and/or tune the neutrino energy profile.In wide-band beams(WBB),the neutrino parent mesons are focused over a wide momentum range to obtain maximum neutrino intensity.In narrow-band beams(NBB),the secondary particles are first momentum-selected to produce a monochromatic parent beam.Another approach to generate a narrow-band neutrino spectrum is to select neutrinos that are emitted off-axis relative to the momentum of the parent mesons.For a comprehensive review of the topic,including other historical neutrino beam lines,see the article by S.E.Kopp,"Accelerator-based neutrino     

Self-consistent effective-one-body theory for spinning binaries based on post-Minkowskian approximation

This study extends the research on the self-consistent effective-one-body theory of a real spinless two-body system based on the post-Minkowskian approximation(Sci.China-Phys.Mech.Astron.65,100411(2022)) to the case of a binary system for the spinning black holes.An effective rotating metric and an improved Hamiltonian for the spinning black hole binaries are constructed.The decoupled equation for the null tetrad component of the gravitational perturbed Weyl tensor ψ₄^B in t...