Evaluation on Vibrocompaction Fuel Core System (Part 1) -Effect of Amplitude, Size Ratio and Shape of Multi-Size Powders on Vibratory Compacting-

Miyata M.; Oguma M.

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Evaluation on Vibrocompaction Fuel Core System (Part 1) -Effect of Amplitude, Size Ratio and Shape of Multi-Size Powders on Vibratory Compacting-

机译：振动压实燃料核心系统评估（第1部分）-多种尺寸粉末的振幅，尺寸比和形状对振动压实的影响-

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In order to increase homogeneity with a higher packing density of vibrocompaction fuel, we investigated the effect of size ratio and shape of multi-size powders on vibratory compacting, and the size segregation phenomenon which commonly occurs with vibratory compacting. Spherical glass beads and irregular glass particles were used in the present vibratory compacting. We propose a segregation model that expresses the relation between size segregation, size ratio and amplitude. Under the shaking condition of this study, our model well agreed with the experimental results. Before and after shaking, compacting behavior of the samples were observed by X-ray computed tomography (X-ray CT).

机译：为了提高振动压实燃料的堆积密度，提高同质性，我们研究了尺寸比和多尺寸粉末形状对振动压实的影响，以及振动压实通常会发生的尺寸偏析现象。在本振动压实中使用球形玻璃珠和不规则玻璃颗粒。我们提出一种分离模型，该模型表达尺寸分离，尺寸比和振幅之间的关系。在本研究的振动条件下，我们的模型与实验结果完全吻合。摇动前后，通过X射线计算机断层扫描（X射线CT）观察样品的压实行为。

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《日本セラミックス協会学術論文誌》 |2000年第1259期|共5页
作者
Miyata M.; Oguma M.;
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正文语种 jpn
中图分类陶瓷工业;
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vibrocompaction fuel; segregation; vibration; packing amplitude; glass beads; x-ray CT;

机译：振动压实燃料;偏析;振动;堆积振幅;玻璃珠;x射线CT;

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1. Evaluation on Vibrocompaction Fuel Core System (Part 1) -Effect of Amplitude, Size Ratio and Shape of Multi-Size Powders on Vibratory Compacting- [J] . Miyata M., Oguma M. 日本セラミックス協会学術論文誌 . 2000,第1259期

机译：振动压实燃料核心系统评估（第1部分）-多种尺寸粉末的振幅，尺寸比和形状对振动压实的影响-
2. Application of Chord Length Sampling to Analyzing Reactor Systems with Multi-type Multi-size Fuel Particles [J] . Chao Liang, Yanheng Li, Wei Ji Transactions of the American nuclear society . 2012,第juna期

机译：弦长采样在分析多类型多尺寸燃料颗粒反应堆系统中的应用
3. A new versatile electrochemical etching chamber (VECEC) system for multi-size and multi-shape detector processing [J] . Sohrabi M., Zainali G. Radiation measurements . 1999,第1a6期

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4. Study of the effect of vibrocompaction modes, shape of particles and their size distribution on packing density [C] . A V Smirnov, M M Martyanov, A U Omarov International Conference on New Material and Chemical Industry . 2019

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5. Assessment of contemporary root canal file systems: Sizes, shapes and the effectiveness of 31-gauge irrigation needle in intracanal bacterial reduction. [D] . Islambasic, Melita. 2015

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7. Evaluation on Vibrocompaction Fuel Core System. (Part 1). Effect of Amplitude, Size Ratio and Shape of Multi-Size Powders on Vibratory Compacting. [O] . Motoyuki MIYATA, Masaomi OGUMA 2000

机译：振动混合燃料芯系统评价。（第1部分）。多尺寸粉末幅度，尺寸比和形状对振动压实的影响。

Evaluation on Vibrocompaction Fuel Core System (Part 1) -Effect of Amplitude, Size Ratio and Shape of Multi-Size Powders on Vibratory Compacting-

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