速率

In addition, the prediction model of carbonation depth is analyzed with the first order reliability method.

研究结果表明，拉、压应力分别可加快和减缓混凝土结构的碳化速度，Xσ反映了碳化速率的变化趋势。

The variation of optinum temperature during carbonation should produce reasonable number of nuclei and supersaturation for crystal growth.

碳化过程的温度条件的优化不仅仅要从控制成核速率的角度而且要从晶体生长条件的角度进行。

The apparent quantum efficiency, photorespiratory rate and carboxylation efficiency also were strongly affected by light quality.

不同光质对草莓叶片的表观量子效率、羧化效率及光呼吸速率影响较大。

Moderate high temperature could increase the gm value, resulting in the increase of CO2 concentration and carboxylation rate in chloroplasts.

适度高温可引起gm上升，导致叶绿体羧化部位的CO2浓度和羧化速率增高。

It had little effect onapparent photosynthetic quantum yield and photosynthetic electron transport rate,butcould significantly increase carboxylation efficiency in leaves.

GA3处理对叶片表观量子效率和电子传递速率没有影响，但能显著提高叶片的羧化效率。

The net photosynthetic rate of Rana at CO2 saturation point was higher than that of Denise significantly, whereas they had the same carboxylation efficiency.

红星在CO2饱合点的净光合速率远大于丹尼斯，但二者的羧化效率相同。

There was significant positive correlation between net photosynthetic rate and carboxylation efficiency as well as between carboxylation efficiency and phosphorus concentration in leaf, so it indicated that the enhanced photosynthetic capacity was probably correlated with the carboxylation efficiency.

净光合速率和羧化效率的显著正相关及敖化效率与叶片磷浓度的显著正相关表明，磷营养水平的增加可能通过增加两种植物叶片中的磷浓度提高羧化效率从而提高植物的光合能力。

Dissolution crystallization mechanism of carnallite was studied.

研究在恒温20℃、一定的搅拌速率及加水量不变的条件下，溶解不同量的光卤石，开展光卤石分解制氯化钾结晶机理研究实验。

Salina, the effect of them on growth andβ-carotene accumulation of D.

salina BJ的生长和β-胡萝卜素积累速率进行了初步的比较。

The content of Chl a, Chl b and carotinoid, net photosynthetic rate, stomatal conductance, Difference of CO_2 concentration pass in and out of the air chamber and candarboxylation efficiency in citrus leaves were maximized while intercellular CO_2 concentrations were minimized at 75% SWC.

综合分析Ci、Pn和Gs与红壤水分之间的关系，不同红壤水分条件所引起的柑橘叶片光合速率的变化，在红壤相对含水量低于30%时主要是由非气孔因素所引起的，而高于45%时主要是由气孔因素所引起的。

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。