生长

Based on the crystal growth elementary principle,a plagioclase crystalline velocity equation is suggested.

从晶体生长的基本原理出发，提出了按非连续机制生长的斜长石晶体结晶速率表达式。

Growth rate increased with higher summer temperatures in sole and to a lesser degree in plaice.

较高的夏季温度，卵鳎的生长速率也会增加，但是鲽鱼的生长程度较低。

Our simulation results demonstrated that the Acacia mangium planation grew fast at the first 12 years.

模拟结果还显示马占相思林前期生长迅速，但随后生长缓慢，叶生物量还出现负增长现象。

To make comparison of adaptability of the plastid-less mutant and the wild type strain, we studied their growth characters under different culture conditions, found that the difference of their growth in a medium rich in organic substances are hardly detectable and that the loss of plastid exerts only a weak effect, if any, on the heterotrophic growth.

为比较完全失去质体结构的突变株和野生型的适应力，我们对二者在不同条件下的生长特性进行了研究，结果发现野生型与突变株的生长在有机质丰富的培养液中差别微弱，质体的丢失并不产生显著影响。

To fully utilize the advantages of 3S technologies, crop growth simulation model and crop management knowledge model, and to grope info the integration method and application mode of key technologies in precise farming adapted to Chinese circumstance, a model and 3S-bascd digital wheat farming system was developed based on plentitude combination of wheat growth simulation model, wheat management knowledge model and 3S technologies.

为了充分发挥和利用3S技术、生长模型和管理知识模型的优势，探索适合中国国情的精准农业关键技术集成方法及应用模式，以软件开发方法论为指导，充分结合小麦生长模型、管理知识模型和3S技术，应用ASP。

In this study, 30 mgL^(-1) Zn treatment promoted the growth of root and increased zinc content and accumulation in root. If plumule was concerned, 60 mgL^(-1) Zn treatment was beneficial to their growth and zinc accumulation.

Zn30处理有利于根的生长，能显著提高根中Zn的含量并促进Zn在根中的积累；Zn60处理有利于芽的生长，能显著提高芽中的Zn含量并促进Zn在芽中的积累。

Pollen germination along with pollen tube growth is an essential process for the reproduction of flowering plants.

花粉萌发即花粉沿着花粉管的生长过程，是开花植物繁殖的一个必要过程，这个过程是研究细胞生长和形态发生的一个理想模型。

The effect of IAA on pollen germination and pollen tube growth was in significant.

结论］珙桐花粉萌发和花粉管的生长因培养基组分和培养条件的的改变而不同，其花粉萌发和花粉管生长不仅需要一个适宜的组分浓度，也需要有一个合适的培养条件。

Two patterns of Arabidopsis pollen tube oscillatory growth were detected by using this device.

观察发现，体外生长的拟南芥花粉管存在两种振荡生长方式。

Pollen tube growth oscillates in rate. The underlying mechanisms that control oscillatory growth have been unknown.

极性生长的花粉管表现出振荡式生长的特性，但其机理还不清楚。

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。