| 1. | Progress on growth kinetics of thiobacillus ferrooxidans
氧化亚铁硫杆菌生长动力学的研究进展 |
| 2. | The influence of temperature on activated sludge growth kinetics in imbr
工艺活性污泥增殖动力学参数研究 |
| 3. | In addition , the growth mechanism on porous silicon has been discussed in view of growth kinetics
从晶体生长动力学角度分析了多孔硅上外延硅的生长机理。 |
| 4. | Studies of the growth kinetics and induction strategy with a strain of recombinant yeast pichia pastoris expressing the human insulin gene
表达胰岛素的毕赤酵母生长动力学及诱导策略 |
| 5. | In chapter l , the concepts of ceramic microstructure , the basic theory of grain growth kinetics , monte caro simulation model and other computer simulation models are indoduced
第一章绪论：简要介绍陶瓷显微结构的概念以及晶粒生长动力学的基础理论；概述晶粒生长的montecarlo的基础仿真模型以及其它的计算机仿真模型。 |
| 6. | Moreover , the microstufore of ceramics is not static but dynamic , therefore , it ' s necessary to study the grain growth kinetics which has close relation with the evollltion of ceramic microsmicthe
而且陶瓷的微观结构并不是静止的，而是处于非平衡的动态之中，因此有必要研究与陶瓷微观结构演化密切相关的晶粒生长动力学问题。 |
| 7. | In this paper , we introduce the function of the confocal laser scanning microscopy in the studies of protein crystal growth kinetics , such as measuring the numbers of crystal , reconstruction 3 - d image to acquire the information of crystal growth process
本文介绍了其在定量测量晶体的个数，重组三维图像以获得晶体生长的过程信息及测定晶体生长台阶动态变化等方面的应用。 |
| 8. | The confocal laser scanning microscopy ( clsm ) can be a powerful tool for in situ observation and analysis of protein crystal growth kinetics , because of its high - resolution , noninvasive scanning for crystal and 3 - d reconstruction
摘要激光扫描共聚焦显微镜与普通光学显微镜相比，其分辨率高，同时具有可对样品进行非侵入性无损伤断层扫描，以及对样品形貌进行三维成建等特点，因此，可作为研究晶体生长强有利的工具。 |
| 9. | The results indicate that the kinetic expression for the formation of uo2 + x in 25 - 150 was initially nonlinear , but switched to linear at long reaction times , that is , there exist two stages in the uo2 growth kinetics : nonlinear portion and linear portion
室温150下的氧化动力学曲线表明：金属铀表层氧化形成uo _ ( 2 + x )的过程中存在一个转折点，转折点前后形成两个反应阶段：非线性增长阶段和线性增长阶段。 |
| 10. | Both the qualitative pictures and the quamitative data , such as grain growth kinetics exponent ( aboul 1 . 8 in the early stage and 5 . 5 in the late stage of grain growth ) and the values of fractal dimension ( about 2 . 6 in the early stage and 2 . 2 in the late stage of grain growth ) , show that the simulation work is in good agreement with experimental results reported
不论是从定性的仿真图形分析还是从定量的晶粒生长动力学指数k (生长初期约为1 . 8 ，生长后期约为5 . 5 )或是晶界的分维值d (生长初期约为2 . 6 ，生长后期约为2 . 2 ) ，都说明我们的仿真工作与其它报导的实验结果互相一致。 |
