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Ultra-fine grinding of inorganic non-metallic materials using various types of bonds and processing strategies

机译：使用各种键和加工策略进行无机非金属材料的超细研磨

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Ultra-fine grinding is a technology, which can be used to process inorganic non-metallic materials. High quality surfaces with a low roughness, and high flatness are achievable in a low processing time. The experimental setup which is described shall compare face grinding with lateral grinding in a single processing step using various materials, bonds and processing parameters. The results are supposed to deepen the knowledge about this grinding technology to further improve the properties of fabricated components.

机译：超细研磨是一种技术，可用于处理无机非金属材料。低处理时间可实现具有低粗糙度和高平整度的高质量表面。所描述的实验装置应使用各种材料，粘合和处理参数在单个处理步骤中与横向研磨的面部研磨。结果应该深化关于该研磨技术的知识，以进一步改善制造成分的性能。

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《EOS Annual Meeting》|2020年|54-55|共2页
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Christian Schulze; Sebastian Henkel; Jens BHedtner;
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1. Ultra-fine grinding of inorganic non-metallic materials using various types of bonds and processing strategies [J] . Christian Schulze, Sebastian Henkel, Jens Bliedtner EPJ Web of Conferences . 2020,第4期

机译：使用各种键和加工策略进行无机非金属材料的超细研磨
2. Ultra-fine grinding of inorganic powders by stirred ball mill: Effect of process parameters on the particle size distribution of ground products and grinding energy efficiency [J] . Heekyu Choi, Woong Lee, JungEun Lee, Metals and Materials International . 2007,第4期

机译：搅拌球磨机对无机粉末的超细研磨：工艺参数对研磨产品的粒度分布和研磨能效的影响
3. Ultra-fine Grinding of Inorganic Powders by Stirred Ball Mill: Effect of Process Parameters on the Particle Size Distribution of Ground Products and Grinding Energy Efficiency [J] . Heekyu Choi, Woong Lee, JungEun Lee Metals and Materials International . 2007,第4期

机译：搅拌球磨机对无机粉末的超细研磨：工艺参数对研磨产物粒度分布和研磨能效的影响
4. Ultra-fine grinding of silicate materials under the use of new resin bond diamond tools [C] . Sebastian Henkel, Jens Bliedtner, Edda Raedlein, European seminar on precision optics manufacturing . 2017

机译：使用新型树脂结合金刚石工具对硅酸盐材料进行超细研磨
5. Investigation and modeling of processing-microstructure-property relations in ultra-fine grained hexagonal close packed materials under strain path changes [D] . Yapici, Guney Guven 2007

机译：应变路径变化下超细颗粒六方密堆积材料加工-微观结构-性能关系的研究与建模
6. Supramolecular Chemistry And Self-assembly Special Feature: Hydrogen bonding and perhalometallate ions: A supramolecularsynthetic strategy for new inorganic materials [O] . Lee Brammer, John K. Swearingen, Eric A. Bruton, 2002

机译：超分子化学和自组装特征：氢键和全卤代金属离子：超分子新型无机材料的合成策略
7. Ultra-fine grinding of inorganic non-metallic materials using various types of bonds and processing strategies [O] . Christian Schulze, Sebastian Henkel, Jens Bliedtner 2020

机译：使用各种键和加工策略进行无机非金属材料的超细研磨
8. THE SPECTROGRAPHIC ANALYSIS OF INORGANIC NON-METALLIC MATERIALS BY THE BARIUM CHLORIDE FLUX METHOD [R] . J. C. COTTERILL 1959

机译：氯化钡流动法测定无机非金属材料的光谱分析

Ultra-fine grinding of inorganic non-metallic materials using various types of bonds and processing strategies

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