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A simple flash sintering setup under applied mechanical stress and controlled atmosphere

机译:在施加的机械应力和受控气氛下的简单闪光烧结设置

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摘要

class="kwd-title">Method name: A simple flash sintering setup under applied mechanical stress and controlled atmosphere class="kwd-title">Keywords: Current assisted sintering, Flash sintering setup, Atmosphere control, Mechanical stress application class="head no_bottom_margin" id="idm140409693509872title">AbstractMost flash sintering experimental set-ups use dog bone-shaped specimen and DC current, which results in heterogeneously distributed densification and grain growth throughout the sample. This is the reason why only the sample's core characteristics after flash are taken into account. On the other hand, some recent procedures suggest the use of cylindrical pellets, which have some advantages compared to the traditional mode as the use of easily conformed samples and its final uniformity.Our new experimental set-up offers the possibility of atmosphere control and pressure application. Also the electrodes material change can be easily made when necessary. Shrinkage measurements and impedance spectroscopy are realized in situ and experimental parameters, as oven heating for example, can be varied to control microstructure changes.Advantages: class="first-line-outdent">
  • • Sample can be entirely recovered at the end of the experiment and can be analyzed throughout its entire extension, including regions in contact with the electrodes that may present some differences from pellets inner part.
  • • The use of AC current enables the study of different frequencies effects.
  • • Experimental set-up can be adapted to different kinds of electrolytes (samples), easily changing electrode's material and atmosphere.
  • 机译:<!-fig ft0-> <!-fig @ position =“ anchor” mode =文章f4-> <!-fig mode =“ anchred” f5-> <!-fig / graphic | fig / alternatives / graphic mode =“ anchored” m1-> class =“ kwd-title”>方法名称:在施加的机械应力和受控气氛下的简单闪光烧结设置 class =“ kwd-title “>关键字::当前辅助烧结,快速烧结设置,大气控制,机械应力应用 class =” head no_bottom_margin“ id =” idm140409693509872title“>摘要大多数快速烧结实验设置都使用狗骨头状样品和直流电流,导致整个样品的密度分布不​​均和晶粒长大。这就是仅考虑闪蒸后样品的核心特征的原因。另一方面,最近的一些程序建议使用圆柱状小球,与传统模式相比,由于使用易于整合的样品及其最终均匀性,因此具有一些优势。我们新的实验设置提供了控制气氛和压力的可能性应用。而且,在必要时可以容易地进行电极材料的改变。收缩率测量和阻抗谱可以在原位实现,并且可以通过改变实验参数(例如烤箱加热)来控制微观结构的变化。优点: class =“ first-line-outdent”> <!-list-behavior = simple prefix-word = mark-type = none max-label-size = 9->
  • •样品可以在实验结束时完全回收,并且可以在整个扩展过程中进行分析,包括区域
  • •使用交流电流可以研究不同的频率效应。
  • •实验装置可适应各种电解质(样品),轻松改变电极的材料和气氛。
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