粒化

Granulate your data and services.

粒化你的数据与服务。

However,the fragmentation mechanism based on internal energy is not very clear currently.

然而目前对该过程中基于本身内能的热细粒化机理尚不清楚。

The fragmentation of melt droplet is a key factor to predict the damage degree of fuel coolant interaction accident,which determines the final ratio of internal energy transferred to power.

熔融液滴的细粒化是决定燃料与冷却剂相互作用破坏后果的关键过程，它决定最终的热能与动能的转化比，是预测事故后果的重要因素之一。

The purpose of this research was to study magnetic granulation coating and magnetization treatment on seed.

［目的］进行种子磁粉丸粒化包衣并磁化处理方面的研究。

Mottles in leopard limestone have undergone rotational deformation and have certain preferred orientation,while the marly component shows distinct fea- tures of ductile deformation;it is r...

在露头尺度上，豹皮灰岩中的豹斑发生了明显的旋转变形并具有一定的定向性，而泥灰质成分则具有清晰的韧性变形特征，为较典型的碳酸盐糜棱岩；在微观尺度上，构成豹斑的白云石矿物未发生韧性变形，而泥灰质成分中的方解石具有明显的细粒化、拉长和定向。

Symbolic Dynamics has the advantage of being simple and to the point, can be used to analyze the essence of chaos-happening in the energy system; Melnicov Method can be used to study the mechanism of chaos-happening after system was perturbed. Chapter thirteen briefly introduced how to use the two methods to study chaos in a life energy system.

符号动力学以其简单和"粗粒化"的优点，抓住了能量系统中混沌发生的本质规律进行分析，而梅尔尼科夫方法则专门研究能量系统在受到扰动后产生混沌的机制，本文简要介绍了如何运用两种方法研究生命能量系统中的混沌并例举了简短的实例。

Grain size refinement by dynamic recovery and recrystallization is thought to be responsible for the formation of foliated fault locks.

由动态恢复和动态重结晶控制的矿物颗粒的细粒化被认为是产生这些片理化断层岩的原因。

Lodged in the rumpled tissue of a Viburnum tinus stigma, pollengrains from other snowball blossoms swell with moisture.

寄生在一个地中海荚蒾那皱巴巴的组织里，雪球花的花粉从其他花中带着水分膨胀粒化而出。

Lodged in the rumpled tissue of a Viburnum tinus stigma, pollen grain s from other snowball blossoms swell with moisture.

寄生在一个地中海荚蒾那皱巴巴的组织里，雪球花的花粉从其他花中带着水分膨胀粒化而出。

MDA, activities of reactive-oxygen-scavenging enzymes, and change in endogenous antioxidant substances were measured respectively in Citrus guanxi-miyou hybridized and apomictic maturing fruits in the period of granulation.

以琯溪蜜柚自交果、杂交果果实汁胞为试材，测定了果实汁胞丙二醛含量、活性氧清除酶（POD、SOD、CAT）活性和内源抗氧化物质含量在果实成熟期间粒化过程中的变化。

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。