图4：级别1中的组织变化的活动。
Figure 4: Activities within a complete Level 1 organizational change.
变化的第一个层次：确定组织变化计划的内容。
First level of change: Defining the context of the organizational change program.
这一结果可指导分析轧件的微观组织变化。
The results are important to analyses the microstructure of the rolled-piece.
组织变化。
如果您的组织变化很快，则可能需要比缺省值更频繁的刷新。
If you have a fast changing organization, you may need a refresh more often than the default.
研究了不同控制轧制工艺下15钢的组织变化。
The microstructure of steel 15 rolled with different rolling processes has been investigated.
研究了铜锌粉末在不同退火工艺下的显微组织变化。
The microstructures of Cu-Zn powder under different annealing conditions were studied.
层次1：确定您所追寻的整体组织变化，该变化受变化波动的驱动。
Level 1: Defining the overall organizational change you are looking for, which will be driven by waves of change.
这一结果对于指导分析轧件的微观组织变化有重要意义。
The results by FEM are important to analyses the microstructure of the rod studied.
目的：分析抗生丸对骨质疏松症大鼠骨组织变化的影响。
Objective: Analyze the effects that Kangshengwan on changing to the bone tissue of big mouse of osteoporosis.
他说组织变化项目典型的失败是由于人们失利于改变他们潜在的行为。
He says that organizational change programs typically fail because people fail to alter their underlying behavior.
目的：分析90岁以上老年人白内障手术特点及相关组织变化。
Objective: To analyze the relative tissue pathologic change and surgical characteristics of senile cataract in patients elder than 90 years.
本文综述了一种依据热流变曲线测定这些组织变化的试验方法。
A new mechanical method is described here to examine these microstructure changes.
简介以场变数描述显微组织，并根据相场理论作组织变化的模拟。
Description of microstructure through field variables and the simulation of structural change based of phase field theory are also briefly introduced.
观察了含硅锰母合金烧结钢的组织变化和合金元素锰、硅的分布情况。
The structural changes of silicon manganese containing master alloy and the distribution conditions of manganese and silicon components have been observed.
并利用显微组织变化和电化学理论分析了焊缝试样HAZ的SCC机理。
The mechanism of SCC in HAZ of specimens was analyzed by the microstructure variation and electrochemical theory.
球磨时间和退火热处理是粉末金相组织变化和晶粒细化的主要影响因素；
Milling time and annealing heat treatment are the main influencing factors for changing powder structure and fining grain.
研究了粉末冶金法制备泡沫铝时泡沫孔结构及胞壁微观组织变化的规律。
Evolution of pore morphology and cell wall microstructure of aluminum foam during powder metallurgical foaming was studied.
目的：研究灰尘颗粒在引流肺淋巴的淋巴结内的分布和淋巴结的组织变化。
Objective: To investigate the distribution of dust particles and the structural changes in lymph nodes of draining pulmonary lymph.
对质点强化型的高强度7475铝合金超塑变形中显微组织变化进行了研究。
The microstructural changes of high-strength aluminum alloy 7475 in the process of superplastic deformation were systematically investigated.
正如前面提到的，一些组织无法接受用到前面部分提到的全部三个级别的整体的组织变化。
As noted earlier, some organizations will not be ready for a full organizational change that USES all three levels of change described in the previous section.
目的研究以微螺钉为支抗，用直丝弓矫治器滑动法关闭拔牙间隙后的软硬组织变化。
Objective To investigate the changes of soft and hard tissues after extraction space closure with micro-screw implant as orthodontic anchorage.
对鸭肝炎鸡胚化弱毒株MY接种4日龄雏鸭后的组织变化进行了动态观察比较研究。
The dynamic changes of tissue structure in 4 days old ducklings which were infected with chicken embryo attenuated strain MY of duck hepatitis virus were observed.
研究了不同镓含量银钎料的铺展性能、钎缝力学性能以及钎料的显微组织变化规律。
Spreadability, microstructures and mechanical properties of brazed joints of silver filler metals with different content of gallium were studied.
同时，还从焊接粗晶区组织变化中找出了粗晶区性能变化的原因，并提出了韧化方向。
Meantime it finds out property change reason of coarse crystal area from welding coarse crystal area structure change and puts forward the direction of toughness.
利用电子显微镜观察石斑鱼冻结后的组织变化情况，研究现行吹风冻结工艺的保鲜效果。
Observing the tissue changes of grouper after freezing by using electronic microscope, a study has been conducted to evaluate the freshening effect of air blast freezing technology in operation.
结论：正确认识和掌握早期急性骨髓炎的软组织变化，对早期诊治、鉴别诊断，很有意义。
Conclusion: it is significant and helpful for early and distinctive diagnosis of early acute osteomyelitis to thoroughly understand the soft tissue changes.
研究了不同镓含量银钎料的熔化温度、铺展性能、钎缝力学性能以及钎料的显微组织变化规律。
Melting temperature, spreadability, microstructures of silver filler metal with different content of gallium, and the mechanical properties of brazed joints were studied respectively.
研究了不同镓含量银钎料的熔化温度、铺展性能、钎缝力学性能以及钎料的显微组织变化规律。
Melting temperature, spreadability, microstructures of silver filler metal with different content of gallium, and the mechanical properties of brazed joints were studied respectively.
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