二维生长速率常数随超电势线性增加。
The rate constant of the two-dimensional growth increased linearly with overpotential.
至于对生长速率的误解，这或多或少也是同样的道理。
As far as the growth rate misconception, this more or less comes to the same thing.
另外随着生长速率的增加，片层间距减小。
With increase of pulling velocity, the distance of lamellar structure became smaller.
球晶的线生长速率随mmt增加而趋于降低。
With increasing the content of MMT the growth rate of MMT is decreased.
这些结果与大豆胚胎生长速率对高光照的反应相一致。
These results are consistent with a high irradiance response for growth of soybean embryos.
通过临界生长速率解释了一系列晶体生长的实验结果。
The critical growth rate was calculated and applied to explain the experimental results of crystal growth.
同时考察了温度和压力对甲烷水合物膜生长速率的影响。
Meanwhile the influences of temperature and pressure upon the film growth rate of methane hydrate were also discussed.
讨论了悬浮颗粒对不同深度下浮游植物生长速率的影响。
The effect of suspended particular matter on the growth rate of phytoplankton in various depths was discussed.
白化菌株在菌落性状和生长速率上均与其他菌株差异显著。
The colony feature and growth rate of white isolate is markedly different from that of other isolates.
方法运用游标卡尺测量指甲生长长度，计算每日生长速率。
Methods Using vernier caliper to measure the growth lengths of the fingernails, precisely calculated the daily growth rates.
晶体生长速率取决于过冷度、温度梯度和初始粉末颗粒尺寸。
The growth velocity of the crystal depends on the undercooling, temperature gradient and original particles in the precursor.
发现，在同一土壤中不同树种的生长速率表现出明显的差异。
It is found that the growth rate of different tree species is quite different in the same soil.
在盐度为27时，等鞭金藻生长速率最高，并且指数生长期长。
When salinity is 27, Isochrysis sp. has the highest growth velocity and longer exponential growth period.
氮肥用量是提高草地早熟禾草坪生长速率和修剪量的主要因素。
The growth rate and moving biomass of Kentucky bluegrass turf were affected by the quantity of nitrogen fertilizer.
秸秆覆盖可以明显提高土壤水分和温度，提高果实的生长速率。
The straw can obviously improve soil moisture and question to cover, raise the speed of growth of the fruit.
实验模拟了不同风浪强度、不同营养水平下铜绿微囊藻的生长速率。
The growth rate of Microcystis aeruginosa under different wind wave strength and different nutrient levels was test simulated.
延长光照时间能加快微囊蓝细菌的生长速率和提高微囊蓝细菌的密度。
With the increasing of the light period length, the growth rate and cell density rose gradually and exogenous phosphorus level declined rapidly in the water.
接种量的增加能明显地提高生长速率、皂甙产率以及细胞培养物产率。
Increasing inoculum quantity could obviously increase growth rate, saponin content and yield of cell cultures.
其中活性硼原子对渗层生长速率的贡献大于气态硼化物分解的硼原子。
It is proved that the activated boron atoms decomposed by boriding medium are more than those decomposed by gaseous boride.
只有到后来，离体组织减少到它们的最小体积而产生最大的相对生长速率。
Only later were the tissue isolates reduced to their minimum size to produce the maximum relative growth rates.
在有、无氧气存在的情况下，我们测定了培养温度对酵母比生长速率的影响。
We investigated the influence (effect, impact) of temperature on the specific growth rat of yeast in the presence or absence of oxygen.
同一电解液中单脉冲的放电能量是决定涂层生长速率与组织结构的主要因素。
The growth rate and microstructure of the coatings are mainly dependent on discharging energy of a single pulse in the same electrolyte.
比如探究气泡生长速率如何随气泡面的数目变化而变化，以及单位容量内使表面积最小化。
Those include uncovering how bubble growth rates vary with the number of bubble sides and minimizing the surface area per unit volume.
按指数生长模型计算出生长速率常数和总发热量，进而求出最佳用药质量浓度。
In the logarithmic phase of growth, according to an exponential law, the growth rate constant and heat output at different concentration of pilose autler had been calculated.
研究了灰树花的生长特性，建立了灰树花的生长速率模型和基质消耗动力学模型；
The growth rate model and dynamics model of substrate consuming were established after studied the growth characteristics for Grifola frondosa.
对快速热工艺氧化的生长动力学进行了研究并计算了氧化生长速率的温度激活能。
The growth kinetics of rapid thermal oxidation have been studied and the temperature activation energies for the oxidation growth rate have also been calculated.
二级模型采用经典的平方根模型拟合，发现杂色曲霉生长速率与温度呈较好的线性关系。
The secondary model was based on the classical Square Root equation, which displayed a good linear relationship between the growth rate of Aspergillus versicolor and temperature.
相对于阶跃时刻，片层间距调整、界面平均生长速率与平均过冷度的变化均具有滞后性。
At the moment of step changing in velocity, the adjustment of lamellar spacing, the average velocity and the average interface undercooling characterize the hysteresis effect.
结果表明：随电压的升高或频率的减小，膜层的生长速率增加，膜层的表面质量变得粗糙。
The results show: with voltage increasing or frequency decreasing, the growth rate of the coatings increases, but the surface morphology becomes coarser.
结果表明：随电压的升高或频率的减小，膜层的生长速率增加，膜层的表面质量变得粗糙。
The results show: with voltage increasing or frequency decreasing, the growth rate of the coatings increases, but the surface morphology becomes coarser.
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