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深中华B（200017）好吗
15:32:45来源：互联网编辑：liuyanting
摘要：深中华B（200017）好吗？公司抓住了市场电动车行业的热点，集中公司有限资源，重点发展电动自行车产品。
深圳中华自行车(集团)股份有限公司经深圳市人民政府深府办复(号文批准,于1991年11月改组为股份有限公司。日,经中国深圳经济特区分行以深人银复字(1991)第119号文批准,本公司于上市。本公司领取企股粤深总副字第101165 号企业法人营业执照(现营业执照注册号已变更为:085) 深圳中华自行车(集团)股份有限公司,前身是中华自行车有限公司,日日经批准,公司更名为&深圳中华自行车(集团)有限公司&,于1991年11月改组为股份有限公司。
核心题材：
要点一：所属板块 板块。
要点二：经营范围 中华公司主营业务为自行车及零配件的生产和销售。生产装配各种类型的自行车及自行车零件、部件、配件、机械产品、运动器械、精细化工、碳纤维复合材料、家用小电器及配套原件等。公司抓住了市场电动车行业的热点，集中公司有限资源，重点发展电动自行车产品。
要点三：债务重组 05年5月原则同意以测算的公司偿债比率约3%为基础，进行相关金融债权的债务重组工作，豁免97%左右金融债务有利推动该公司债务重组。06年10月，原拟取代华融入主公司的深圳聚隆盛，将重组接力棒交给了第三方深圳国晟能源投资公司。09年报显示，仍有约20亿元的巨额债务问题依然是公司所面临的最大问题。
要点四：技术优势 公司在自行车及零配件领域内拥有实力，国内外有良好的品牌效应，并有高档电动自行车作为升级产品。从近年来情况看，电动自行车行业销售基本实现了连续高增长局面，产品价格稳定。
要点五：题材 公司提出分置改革动议的股东承诺遵守《股权分置改革管理办法》作出相关法定承诺。公司非股东同时承诺：&本承诺人如不履行或者不完全履行承诺的，将赔偿其他股东因此而遭受的损失。&
青岛啤酒(600600)股票
恒生电子(600570)股票
中国股市买股票诀窍是什么
股票K线图怎么看懂？
炒股如何看股票走势图？如
万亿解禁潮来袭，需要重点
操盘手如何巧用均线选股？
长线股市投资六招就能赚钱
股票书籍《波段操盘法则：
《房价未来或下行 可以布局
10月16日消息，早盘板块分化明显，上证50涨超1%…
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Superconductivity
[1] Che G.C., Li J.Q., Jiang H., Dong C. Liu G.D., Jia S.L., Zhao Z.X.; Metal-insulator transition and possible superconductivity in Pb2.2Cu0.8Sr3.1La1.5Cu1.5Oy with hex-agonal structure; Mat. Res. I 3 (.
[2] Che G.C., Liu G.D., Wu F., Chen H., Jia S.L., Dong C., Zhao Z.X.; A new supercon-ducting series Cu0.5Ba0.5SrBaR0.6Ca0.4Cu2O7; Physica C; 341-348 (.
[3] Chen H.Y., Wang Q.H., Dai Y, Lin C., Ni Y.M., Zhang Y.Z.; Magnetic interaction between Cu ions in LaxSr14-x Cu24 O41; Physica C; 337 (.
[4] Chen K., Chen L., Yang T., Wang J.P., Wu P.J., Zheng D.N. and Zhao Z.X.; High-Tc SQUID magnetometer with grain boundary junctions and its application in non-destructive evaluation; Physica C; 329 (.
[5] Chen K., Tian Y.J., Chen L., Yang T., Zheng D.N. and Zhao Z.X.; High-Tc SQUID magnetometer and planar gradiometer and their applications in non-destructive evaluation; Physica C; 341-348 (.
[6] Chen L., Che G.C., Li H., Dong C., Zhou F., Huang Y.Z., Zhao Z.X.; Superconductivity of Nd1.85Ce0.15CuO4-y by electrochemical oxidation; Chin. Phys. Lett.; 17 (.
[7] Chen L., Dong C., Huang Y.Z., Zhou F., Che G.C., Zhao Z.X.; Superconducting phase with Tc of 17K in La2CuO4+d; Solid State Commun.; 114 (.
[8] Chen L., Huang Y.Z., Zhou F., Che G.C., Zhao Z.X.; Electrochemical oxidation of La2CuO4 single crystals; Chin. Phys.; 9 (.
[9] de Marneffe J.F., Zhang Y.Z., and Deltour R.; Investigation of the low field irreversibility line in Bi2Sr2Ca1CuO8+d thin films; Physica C; 341-348 (.
[10] Dong C., Chen L., Che G.C., Wu F., Chen H., Zhou F., Huang Y.Z. and Zhao Z.X.; High temperature X-ray diffraction investigations of La2CuO4+d; Physica C; 341-348 (.
[11] Dong C., Langford J.I.; LAPODS: a computer program for refinement of lattice parameters using optimal regression; J. Appl. Cryst.; 33 (.
[12] Dong X.L., Zhao B.R., P.S. Luo, Zhao Z.X., Ni Y.M., Xu B., Wu F., Chen H., Zhao L.H.; Phase separation induced ferromagnetic correlation in Cu-rich La2CuO4.003 sample; Physica C; 341-348 (.
[13] Guo S.Q., Wen H.H., Zhen D.N., Zhao B.R., Wu F. and Ni Y.M.; The physical origin of huge errors in superconductive magnetic hysteresis loops; Physica C ; 341-348 (.
[14] Guo S.Q.,Wen H.H.,Zhen D.N.,Zhao B.R.,Wu F.,Ni Y.M.; The physical origin of huge errors in superconductive magnetic hysteresis loops; Physica C; 341-348 (.
[15] Hao Z., Liu B.T., Lin Y., Xu B., Wu F., Tao H.J., Zhu B.Y., Zhao Z.X., Zhao B.R.; Large-area ferroelectricity of epitaxial Pb(Zr0.53Ti0.47)O-3/YBa2Cu3O7-d heterostructures; Supercond. Sci. Technol.; 13 (.
[16] Hao Z., Zhao B.R., Zhu B.Y., Ni Y.M., Zhao Z.X.; Magnetic field induced superconductor-insulator transition and abnormal Hall effect in Y0.5Pr0.5Ba2Cu3O7-d thin films; Physica C; 341-348 (.
[17] Li J.Q., Chen L, Zhao Z.X., and Matsui Y.; Short-range-oxygen order and superconducting phase separation in La2CuO4+X; Physica C; 341-348 (.
[18] Li K.Q., Yao Y.S., Cao D.H., Che G.C., Jia S.L., Ni Y.M., Dong C. and Zhao Z.X.; High pressure synthesis of Ca-doped Pr-123 superconductors; Physica C; 341-348 (.
[19] Li L.; Ferrolectric/superconductors heterostructures; Mater. Sci. Eng. R; 248 (2000) 1.
[20] Li P., Yang W.L., Tan P.H., Wen H.H., Zhao Z.X.; Ramen-forbidden mode and oxygen ordering in Bi2Sr2-xLaxCuO6+y single crystals annealed in oxygen; Phys. Rev. B; 61 (.
[21] Li S.X., Tao H.J., Xuan Y., Zhao B.R., Zhao Z.X.; High-T-c superconductor Bi2Sr2CaCu2O8+d tunnel junction with Zn counterelectrode; Appl. Phys. Lett.; 76 (.
[22] Li S.X., Tao H.J., Xuan Y., Zhao B.R., Zhao Z.X.; Power law behavior of the zero bias tunneling conductance: The new evidence for d-wave symmetry; Chin. Phys. Lett.; 17 (.
[23] Li S.X., Tao H.J., Xuan Y., Zhao B.R., Zhao Z.X.; Tunneling spectroscopy of Bi2Sr2CaCu2O8 + /Zn junctions; Physica C; 341-348 (.
[24] Li S.X., Xuan Y., Tao H.J., Yang W.L., Wen H.H., Zhao B.R., Zhao Z.X.; Andreev reflection in point-contact tunneling spectroscopy on Bi2Sr1.94La0.06CuO6+d single crystals; Physica C; 338 (.
[25] Peng H.B., Zhang X.X., Xie Z., Tao H.J., Xu B., Liu H., Zhao B.R.; Exchange biasing and low-field magnetoresistance in La0.67Ca0.33MnO3/La0.5Ca0.5MnO3 bilayers; Phys. Rev. B; 61 (.
[26] Rosseel K., Vanacken J., Trappeniers L., Wen H.H., Boon W., Herlach F., Moshchalkov V.V., Bruynseraede Y.; Vortex dynamics studies in pulsed magnetic fields; Physica C; 337 (.
[27] Sha J.J., Yao Z.W., Yu J.N., Yu G., Luo J.H., Wen H.H., Yang W.L., Li S.L.; Study on the technology and property for Y2BaCuO5 particles artificial doping to obtain single-crystal domain melt-textured YBCO bulk superconductor; Acta Physica S 49 (.
[28] Shaw M., Wen H.H., Zhao Z.X.; In-plane charge transportation in pseudogap regime of high-Tc superconductors; Physica C; 341-348 (.
[29] Shaw M., Zhang G.M. and Zhao Z.X.; Behavior of magnetic impurities in d-wave superconductors; Physica C; 341-348 (.
[30] Shaw M., Wen H.H. and Zhao Z.X.; In-plane charge transportation in pseudo-gap regime of high-TC superconductors; Physica C; 341-348 (.
[31] Sun Y.P., Song W.H., Zhao B., Du J.J., Wen H.H., Zhao Z.X., Ku H.C.; Improved flux pinning and anomalous magnetization peak in heavily overdoped Bi2-xPbxSr2CaCu2-yCryO8+d single crystals; Appl. Phys. Lett.; 76 (.
[32] Tao H.J., Li S.X., Xuan Y., Yang W.L., Wen H.H., Zhao B.R., Zhao Z.X.; Point-contact tunneling on Bi2Sr1.94La0.06CuO6+d single crystals; Physica C; 341-348 (.
[33] Tian Y.J., T.S. Wang, Chen K., Qi H.H., Chen L., Zheng D.N., S. Linzen, Schmidl F. and Seidel P.; Flip-chip-type high-Tc gradiometer for biomagnetic measurements in unshielded environment; Sci. China Ser. A; 43 (2000) 82.
[34] Wen H.H.; Macroscopic phase separation in high-temperature superconductors; Proceeding of the National Academy of Sciences of the United States of A 97 (.
[35] Wen H.H., Chen X. H., Yang W.L., Zhao Z.X.; Same superconducting criticality for underdoped and overdoped La2-xSrxCuO4 single crystals; Phys. Rev. Lett.; 85 (.
[36] Wen H.H., Chen X.H., Yang W.L., Ni Y.M., and Zhao Z.X.; Large distinction between underdoped and overdoped La2-xSrxCuO4 single crystals as observde from magnetic and transport measurement: A possible, A evidence for macroscopic phase separation in overdoped high temperature superconductors; Physica C; 341-348 (.
[37] Wen H.H., Li S.L., Zhao Z.X.; Anomalous magnetization transition accompanying the irreversibility line in high-temperature superconductors; Phys. Rev. B; 62 (.
[38] Wen H.H., Yang W.L., and Zhao Z.X.; Macroscopic phase separation in overdoped high temperature superconductors; Physica C; 341-348 (.
[39] Yang W.L., Wen H.H., Li P., Xiong J. W., Chen H., Wu F., Dong C., Ni Y.M., and Zhao Z.X.; Macroscopic phase separation in extremely hole-underdoped Bi2Sr2-xLaxCuO6+y single crystals; Physica C; 341-348 (.
[40] Yang W.L., Wen H.H., Zhao Z.X.; Discrete superconducting transition temperatures and pronounced T-c depression related to the 1/8 problem in Bi2Sr2-xLaxCuO6+d single crystals; Phys. Rev. B; 62 (.
[41] Yang W.L., Wen H.H., Zhao Z.X.; Giant dissipation peak and current effect of in-plane resistance in Bi2Sr2-xLaxCuO6+y single crystals under magnetic fields; Phys. Rev. B; 62 (.
[42] Zhang Y.Z., Deltour R., and Zhao X.Z.; Experimental evidence for vortex decoupling in a superconducting Bi2Sr2-xLaxCuO6+d thin film; Physica C; 341-348 (.
[43] Zhang Y.Z., Deltour R., de Marneffe J.F., Wen H.H., Qin Y.L., Li L., Zhao Z.X., Jansen L., and Wyder P.; Resistive upper critical magnetic field of a superconducting Bi2Sr2-xLaxCuO6+d thin film grown on a vicinal substrate; Physica C; 341-348 (.
[44] Zhang Y.Z., Deltour R., J.F. de Marneffe, Qin Y.L., Li L., Zhao Z.X., Jansen A.G.M., and Wyder P.; Magnetoresistance properties of Bi2Sr2-xLaxCuO6+d films grown on vicinal substrates; Phys. Rev. B; 61 (.
[45] Zhang Y.Z., Deltour R., Lin J. J., Wen H.H., Qin Y. L., Dong C., Li L., Zhao Z.X.; Vortex characteristics in a superconducting Bi2Sr2-xLaxCuO6+dthin film; Phys. Rev. B; 62 (.
[46] Zhang Y.Z., Deltour R., Zhao X.Z.; Coulomb-gas scaling law for superconducting Bi2Sr2-xLaxCuO6+d thin films in magnetic fields; Phys. Rev. Lett.; 85 (.
[47] Zhang Y.Z., Qin Y. L., Deltour R., Tao H.J., Li L., and Zhao Z.X.; Anisotropic properties of Bi2Sr2-xLaxCuO6+d films grown on vicinal SrTiO3 substrate; J. S 13 (.
[48] Zhao Z.X., Li K.Q., Che G.C., Honma T. and Hor P.H.; Superconductivity in Ca-doped Pr-123 system; Physica C; 341-348 (
[49] Zheng D.N., Ingle N.J.C. and Campbell A.M.; Irreversibility fields of superconduct-ing niobium alloys; Phys. Rev. B; 61 (.
[50] Zheng D.N., Li J.Q., Lin C.T., Yan S.L., Fang L., Ni Y.M. and Zhao Z.X.; Upper critical field and irreversibility field of over-doped Tl2Ba2CuO6+d superconductors; Physica C; 341-348 (.
[51] Zheng D.N., Zhao Z.X. and Campbell A.M.; Determination of Irreversibility Fields and Superconducting Parameters in BaPb0.75Bi0.25O3 ; Phys. Rev. B; 61 (.
[52] Zhu B.Y., Zhao B.R., Zhao Z.X., Van Look L., Moshchalkov V.V.; Asymmetric pinning in superconductors with interpenetrating arrays of weak and strong pinning centers; Physica C; 341-348 (.
[1] Chen X., Wang Y. J., Liang B.Q., Tang Y.J., Zhao H.W., and Xiao J.Q.; Perpendicular anisotropy in the amorphous TbCo/Si multilayers; J. Appl. Phys.; 88 (.
[2] Chen X., Wang Z.H., Li R.W., Shen B.G., Zhan W.S., Sun J.R., Chen J.S., Yan C.H.; The magnetic and transport properties of Fe doped La0.5Ca0.5MnO3; J. Appl. Phys.; 87 (.
[3] Chun X.M., Jie Q.H., Qin L.F., Ibrahim K., Yan L.W., Cheng W.S.; Pb surfactant-assisted Co growth on Cu (111); Chin. Phys. Lett.; 17 (.
[4] Chun X.M., Jie Q.H., Qin L.F., Ibrahim K., Yan L.W., Cheng W.S.; Surface Alloying of Submonolayer Pb Cu (111) Studied by Photomission; Chin. Phys. Lett.; 17 (2000) 49.
[5] Dai W., Shen B.G., Hu F.X., Gao Z.G.; Physical topics in studies of magnetic refrigerants; Bulletin of National Natural Science Foundation of C 14 (.
[6] Dai W., Shen B.G., Li D.X., Gao Z.X.; Application of high-energy Nd-Fe-B magnets in the ma J. Magn. Magn. Mater.; 218 (2000) 25.
[7] Dai W., Shen B.G., Li D.X., Gao Z.X.; New magnetic refrigeration materials for temperature range from 165K to 235K; J. Alloys C 311 (2000) 22.
[8] Gu B.X., Shen B.G., Zhai H.R.; Critical phenomena of amorphous Nd4 (Fe0.75 Cr0.25)77.5 B18.5 J. Magn. Magn. Mater.; 210 (.
[9] Gu B.X., Shen B.G., Zhai H.R.; Magnetic properties of amorphous Nd4(Fe1-xSix)77.5B18.5
J. Magn. Magn. Mater.; 218 (2000) 49.
[10] Gu Q., Shen J.L.; Order-disorder transitions in bilayer Heisenberg models on the triangular lattice; Phys. Rev. B; 62 (.
[11] Gu Q., Shen J.L.; Studies of the exactly dimerized bilayer Heisenberg model via strong coupling expansions; Eur. Phys. J. B.; 18 (2000) 63.
[12] Guo H.Q., Kronmüller H., Dragon T., Cheng Z.H., Shen B.G.; Formation and evolution of the transverse anisotropy with nanocrystallization in amorphous Fe73.5Cu1Nb3Si13.5B9; Phys. Rev. B; 62 (.
[13] He L.H., Tang Y.J., Chen X., Liang B.Q., Li J., Wang Y.J., Chen L.Y. ; Interface structure effects on the Kerr rotation in Co/Pt multilayers; Phys. Status solidi. A; 181 (.
[14] Hu B., Zhang D.G., Li B.Z.; Quantum tunneling and quantum-classical transitions in large spin systems; Phys. Rev. B; 61 (.
[15] Hu F.X., Shen B.G., and Sun J.R.; Magnetic entropy change in Ni51.5Mn22.7Ga25.8 alloy; Appl. Phys. Lett.; 76 (.
[16] Hu F.X., Shen B.G., Sun J.R., and Zhang X.X.; Great magnetic entropy change in La(Fe,M)13 (M = Si, Al) with Co doping; Chin. Phys.; 9 (.
[17] Hu F.X., Shen B.G., Sun J.R., Cheng Z.H., and Zhang X.X.; Magnetic entropy change in La(Fe0.98Co0.02)11.7Al1.3; J. Phys.: Condens. Mat.; 12 (2000) L691.
[18] Ji T.H., Zhao J.G. et al.; Synthesis of Co-B/resin nanoparticles and heat-treatment effect on their magnetic properties; J. Magn. Magn. Mate.; 212 (.
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Extreme Conditions
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