Based on the case , the analysis part selects channel gap model as the key tool with which we can find out the existing gap in nokia ' s current distribution model , furthermore we put forward the proposals that diminish or decrease the gap : cutting the distribution layers , provincial distributor , directly supplying to super retail partner etc . finally the brief prospect for domestic distribution model is forecasted 案例分析部分选用了渠道差距分析( channelgap )模型,通过分析渠道差距产生的原因,找出当前诺基亚分销渠道存在的差距,从而针对存在的渠道差距给出了相应的减少渠道差距的建议:减少分销层次、区域代理、超级终端直供等,在案例分析的最后,给出了对国内未来分销渠道发展变化的展望。
Reviewing the development of industrial distribution theories , and considering principles of the industrial distribution as well as the location , resources , basic facilities and the development levels of economy and society in different regions in jiangxi province , the paper suggests the current distribution at the key points with that in other areas , thus a chain industrial distribution with key points and lines as well as that in other areas will come to be reconstructed 摘要在回顾产业布局理论发展的基础上,考虑到产业布局的原则和江西省各地的区位、资源、基础设施以及经济社会发展水平,认为江西省目前的工业布局应以轴线布局为主,以点面布局为辅,逐步形成点、线、面联动的工业分布格局。
New algorithms are presented for the efficient computation of the cylindrical wire kernel , thereby making it possible to achieve solution convergence for a wider class of wire antenna structures . this thesis also make a research on the current distribution and input impedance of half - wavelength antennas with different radii , as well as the radiation pattern of vertical thick antenna above lossy ground 本文还简要介绍了一种计算粗阵子天线矩量法公式,引入新的算法使之具有良好的收敛性,文中比较了不同半径的半波阵子天线的电流分布和输入阻抗,还讨论了地面上方垂直粗天线的辐射特性。
Dynamic induced current electrical impedance tomography ( iceit ) is one important branch of electrical impedance tomography ( eit ) . the main difference between iceit and traditional eit is that iceit uses induced current to drive while traditional eit uses injected current , which can improve the current distribution of the inner part of the image area , and make the measured boundary voltage reveals more impedance information of the inner image area 动态感应电流电阻抗断层成像( iceit )是电阻抗断层成像( eit )技术的一个重要的分支,它改传统的eit以注入电流驱动为感应电流驱动,能显著地改善成像区域内部的电流分布状况,使得测量所得的边界电压能反映更多的区域内部的信息。