However the growth of current terminal shoots was reduced on female cone bearing branches and the number of lateral latent buds was increased .

但2年生 球果发育降低当年 顶枝生长量，增加侧潜芽数；

The anastomosis should be done at the terminal cone level .

吻接平面宜选择在 脊髓 圆锥处。

Numerical simulation analysis of 220 kV cable terminal stress cone in force field

220kV电缆 终端应力 锥在力场中的数值模拟分析

During development 220 kV cable terminal the stress distribution of the rubber stress cone is the key problem .

在220kV交联电缆 附件开发过程中，橡胶应力 锥的压力分布状态是要解决的关键问题。

To distinguish the anterior spinal roots and to identify it 's sequence was easier at the terminal cone level than under this level .

在 脊髓 圆锥平面，前后根的辨别和序列的确认较 圆锥下容易。

The operation principle and structure features of a 220 kV cable terminal stress cone were simply described . The numerical simulation model of the cable terminal structure was proposed .

应用 220kV电缆 终端的结构型式和工作原理，建立了该种电缆终端结构的数值仿真模型；

It is the show that the influence of structure forms and rubber property on 220 kV cable terminal stress cone is very obviously . The suitable structure form and relatively rubber property should be chosen in engineering design .

结果表明：橡胶材料及其结构形式对220kV电缆 终端应力 锥应力分布的影响十分明显，实际工程设计中应选择适当的橡胶材料及相应的结构形式。