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Under the same pressure gradient, the seepage velocity of leaching solution well increases with the intensity of positive electric field, and decreases with the negative electric field. The seepage diffusibility of leaching solution and its wetting ability to fractured rock mass can be enhanced or weakened by the electric field.

在同等压力梯度下，受地电场作用的裂隙岩块中溶浸液渗流速度随正向电场强度增加明显增大，随反向电场强度增加明显减小；地电场能够强化或者减弱裂隙岩块中溶浸液的渗流扩散能力和溶浸液对岩块的润湿作用。

The experimental results show that the doping of Co increases the diffusion coefficient and enhances the stability of the structure.

结果表明掺杂Co可以提高Li〓的扩散系数，还能增强结构的稳定性。

However, for a typical connectivity topology such as the diffusively coupled matrix,λ2 moves closer to the origin, as the number of nodes increases.

然而，对於特有的拓朴连结就像是扩散地耦合矩阵，当节点的个数增加时，λ2对零点越靠近。

The results shows that the diffusivity increases when the component size decreases.

讨论了组元尺寸的变化对相分离过程的影响。

With the development of digital signal processing, the number of modulation methods increases.

许多新的方法应用于该领域，本文对近年来这个领域的研究作了综合评述，讨论了其中存在的问题，并指出了今后的发展方向。

With the development of the water carriage, loading and unloading tonnage ofwharf increases by about 20% per year. Wharf aging and dilapidation are seriousproblems hampering our water carriage field in the future.

随着水运事业的发展，码头的装卸吨位每年大约以 20%左右的速度递增，码头的老化与破损将是抑制中国今后水运事业发展的关键问题之一。

The results showed that unstretched laminar burning velocity increases with the increase of hydrogen fraction and decreases with the increase of diluent ratio.

研究结果表明，无拉伸层流燃烧速率随着掺氢比的增加而增加，随着稀释度的增加而减小。

At sub-critical step, the dimensionless burning rate is increases with temperature and decrease with the increase of pressure.

其特点是产生的热量较少，不引起明显的温度变化，但在此期间内，产生混合气和热量的积累，为燃烧做准备。

In the single crystal of C60 with a FCC structure,positron mainly appears outside the C60 molecule.The main annihilation space is the interspace between molecules.The calculated positron bulk lifetime in C60 is 352ps, which agrees with experiment value of 356ps in literature.In carbon nanotube bundles with different dimeters,as the diameter of carbon nanotubes increases,the main space where positron appears changes from the interspace of carbon tubes to the space inside carbon tubes,the radio between positron annihilation with valence eletrons and core eletrons becomes larger,the positron bulk lifetime in carbon nanotube increase rapidly first and come to be a constant at the end.The calculated positron lifetime of carbon nanotube with a dimeter of 0.8～1.6ns is 332～470ps,which agrees with the experiment value of 394ps.Positron annihilation has been studied in widly used compound semiconductors.

计算结果表明：在片层结构的石墨晶体中，正电子主要在石墨层间的空隙中湮没，计算出的石墨中的正电子寿命为208 pS，与文献中的实验结果215 ps符合很好；在金刚石单晶中，正电子主要在碳原子之间的空隙中存在并发生湮没，计算出的金刚石中的正电子寿命为115 ps，文献中的实验结果110 ps左右符合；在面心立方结构的C60晶体中，正电子主要在C60分子球壳内外侧及分子之间存在，C60球形分子中心正电子分布很少，正电子的湮没区域集中在C60分子之间的空隙区域，计算出的C60中的正电子寿命为352 ps与文献中的实验结果356ps相符合；对于不同管径碳米管束中的正电子分布，随着碳纳米管直径的增加，碳纳米管束中的正电子由主要在碳纳米管管间的区域出现转变为主要在碳纳米管管内中心的区域出现：碳纳米管束中的正电子与碳原子的价电子的湮没概率变得越来越大，与核心电子的湮没概率变得越来越小；碳纳米管束中正电子的湮没寿命先迅速增大，而后趋于一定值。

At the same time, the dimension precision increases with diminution of WC volume fraction.

同时还得出，随着WC体积分数的减小，尺寸精度有所提高。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。