Insofar as platelets are 500 nm thick, emerging spheres are larger tha的简体中文翻译

Insofar as platelets are 500 nm thi

Insofar as platelets are 500 nm thick, emerging spheres are larger than for needles where the diameter is only 200 nm. According to the model we proposed, the second step would consist in the rearrangement of large spheres into a compact assembly which avoid macroporosity. During the third step, densification occurs and is higher than for small spheres because the densification rate is an inverse function of the initial grain size. Finally, grain growth occurs.What appears is that neither the density of 93% nor the grain size of 3um are large. This result may be simply explained by our model which shows that we have a four-step sintering process: time is needed to make spheres, which is already an additional step compared to the second case related to grooved needles, and time must be again provided to have a dense assembly of spheres. Compared to the first case on nanospheres, these two last steps require additional time to occur. On top of all this, densification is slower because of the large sphere size. That is why there is not enough time to achieve complete sintering and the relative density remains small as well as the grain size.
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结果 (简体中文) 1: [复制]
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就血小板厚度为500 nm而言,出现的球体比直径仅为200 nm的针头更大。根据我们提出的模型,第二步将包括将大球体重新排列成紧凑的组件,从而避免大孔隙。在第三步中,致密化发生并比小球高,因为致密化速率是初始晶粒尺寸的反函数。最后出现晶粒长大,似乎是93%的密度和3um的晶粒尺寸都不大。该结果可以用我们的模型简单地解释,该模型表明我们有一个四步烧结过程:制作球体需要时间,与第二种与开槽针头有关的情况相比,这已经是一个额外的步骤,并且必须再次提供时间具有密集的球体集合。与纳米球上的第一种情况相比,这最后两个步骤需要花费更多的时间。最重要的是,由于球体较大,致密化较慢。这就是为什么没有足够的时间完成完全烧结并且相对密度和晶粒尺寸都保持很小的原因。
正在翻译中..
结果 (简体中文) 2:[复制]
复制成功!
Insofar as platelets are 500 nm thick, emerging spheres are larger than for needles where the diameter is only 200 nm. According to the model we proposed, the second step would consist in the rearrangement of large spheres into a compact assembly which avoid macroporosity. During the third step, densification occurs and is higher than for small spheres because the densification rate is an inverse function of the initial grain size. Finally, grain growth occurs.What appears is that neither the density of 93% nor the grain size of 3um are large. This result may be simply explained by our model which shows that we have a four-step sintering process: time is needed to make spheres, which is already an additional step compared to the second case related to grooved needles, and time must be again provided to have a dense assembly of spheres. Compared to the first case on nanospheres, these two last steps require additional time to occur. On top of all this, densification is slower because of the large sphere size. That is why there is not enough time to achieve complete sintering and the relative density remains small as well as the grain size.
正在翻译中..
结果 (简体中文) 3:[复制]
复制成功!
血小板厚度为500nm时,出现的球体比直径只有200nm的针头大。根据我们提出的模型,第二步是将大球体重新排列成一个紧凑的组合体,以避免大孔隙率。在第三步中,由于致密化速率与初始晶粒尺寸成反比,因此致密化发生并高于小球。最后是晶粒生长发生了什么结果表明,93%的密度和3um的晶粒尺寸都不大。这个结果可以简单地用我们的模型来解释,这个模型表明我们有一个四步烧结过程:制造球体需要时间,这与第二种情况相比已经是一个额外的步骤,并且必须再次提供时间来获得球体的密合。与纳米球上的第一种情况相比,最后两个步骤需要额外的时间来完成。除此之外,由于球体尺寸较大,致密化速度较慢。这就是为什么没有足够的时间实现完全烧结,相对密度和晶粒尺寸仍然很小的原因。
正在翻译中..
 
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