增大

Model experimental studies indicating that when the base slope of spillways changes within the range of 40 degrees to 60 degrees,the water-wing nearly exists in the whole nappe flow ,even continuing to the transition flow.

模型试验表明：当斜坡角度为40°～60°时，水翅存在于几乎整个跌落水流范围内，甚至持续到过渡水流；随着溢洪道底坡的增大，水翅存在的流量变化范围增大、高度增加；随着台阶尺寸的减小，水翅高度降低，所存在的流量变化范围缩小。

This is because that the solvent polarity affects ICT process in two ways: on the one hand, the ICT state is better solvated in more polar solvent, which favors the ICT process; whereas on the other hand, the rates of non-radiative decay and intersystem crossing of the ICT state are increased, which unfavors the ICT process.

这是因为溶剂极性增大，一方面ICT态被更好地溶剂化，ICT过程活化能降低，有利于ICT过程的发生；另一方面ICT态非辐射跃迁和系间窜跃速率增大，导致ICT荧光猝灭。

It shows that the field entropy is oscillating, which is the result of the correlation property between the atom and field. With the increase of the initial field intensity, which is the initial mean photon number the oscillation becomes irregularly and the amplitude decreases. The atom and the field couples tighter, and the disorder parameter decreases.

结果表明，场熵的演化是振荡的，这源于光场与原子之间关联的振荡性；随着初始光场强度的增大，光场的振荡变得不规则，振荡幅度明显减小，这是因为光场与原子之间的耦合越来越强，系统的无序度降低，而双模光场使系统的场熵演化周期性减弱，场熵的均值增大。

With the oxygen ratio increasing, the reflectivity of the as-deposited films decreased, and optical band gap increased.

随着氧气分压比的增大，沉积态薄膜的反射率下降，禁带宽度增大。

Effects of volume of test panel,length of clad lines,overlapping length,lapping pass number of clad layer and restrictive planten on crack ratio of clad layer were investigated.

研究了试板体积、熔敷层长度、搭接量、熔敷层搭接道数及压板拘束对熔敷层裂纹率的影响，结果表明随试板体积增大、熔敷层长度增加、搭接量增大和熔敷层搭接道数增多，熔敷层裂纹率升高。

The air-filled porosity, water retention and water released under -2.16 kPa —-17.28 kPa of the casing soils increase with the increasing in the ratio of peat to soil.

理化性状分析结果表明，不同泥炭比例覆土的空隙度、持水率，以及在-2.16 ~-17.28 kPa水柱牵力下的水份释放量，都随着覆土中泥炭含量的增大而增大。

Roughness coefficients of rills flow increases with the increase of Reynolds number and are easily affected by the slope gradient.

坡面流阻力系数f随雷诺数Re的增大而增大，其变化还受坡度的影响。

The results showed that as low temperature became intensified and prolonged, the leaves of pepper seedling presented increased POD activity, decreaseds SOD and CAT activities, increased MDA content and increased plasm-membrane permeability; the critical temperature (15℃/8℃) showed stronger effects on pepper plants than the lower temperature (19℃/12℃); under the lower temperature, the weak light of 90μmolm^(-2)s(-1) could make the POD activity increase much more, but reduce the decrements of the SOD and CAT activities, and the increments of the MDA content and plasm-membrane permeability, and under the critical temperature (15℃/8℃), an opposite situation occurred.

结果表明：随着低温弱光胁迫程度和时间的增加，辣椒幼苗叶片中POD活性提高，但SOD和CAT活性下降，MDA含量增加，细胞膜透性增大；就温度而言，临界低温(15℃/8℃)比偏低温(19℃/12℃)对植株的影响更为显著；在偏低温(19℃/12℃)下，弱光90μmolm^(-2)s(-1)使POD活性上升更大，而SOD和CAT活性的下降、MDA含量的增加和细胞膜透性的增大更小，而在临界低温(15℃/8℃)下则相反；陇椒2号耐低温弱光能力强，各项指标均优于七寸红。

In the concentration rage used the rete constant k is directly proportional to the concentration of TEMPO while is proportional to the concentration of NaBr in a relatively lower range and tends to level off at higher concentration.

在本研究所用的TEMPO浓度范围内，氧化反应这率与TEMPO的浓度成正比。在较低浓度时，氧化反应速率与NaBr用量也成正比，但浓度较大时，氧化反应这率基本不随NaBr浓度增大而增大。

In the concentration rage used the rete constant k is directly proportional to the concentration of TEMPO while is proportional to the concentration of NaBr in a relatively lower range and tends to level off at higher concentration.

在本研究所用的TEMPO浓度范围內，氧化反应这率与TEMPO的浓度成正比。在较低浓度时，氧化反应速率与NaBr用量也成正比，但浓度较大时，氧化反应这率基本不隨NaBr浓度增大而增大。

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。