Nanopowder Produced from High-Speed Steel Waste by Electrospark Dispersion in Water

E. V. Ageeva; E. V. Ageev; V. Yu. Karpenko

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Nanopowder Produced from High-Speed Steel Waste by Electrospark Dispersion in Water

机译：高速钢废物通过电火花分散在水中产生的纳米粉

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X-ray structural analysis of nanopowder produced from high-speed steel waste by electrospark dispersion in distilled water shows that the primary phases are iron and magnetite.

机译：高速钢废料通过电火花分散在蒸馏水中制成的纳米粉末的X射线结构分析表明，主要相为铁和磁铁矿。

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《Russian engineering research》 |2015年第3期|共2页
作者
E. V. Ageeva; E. V. Ageev; V. Yu. Karpenko;
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原文格式 PDF
正文语种 eng
中图分类机械制造工艺;
关键词
Waste; High-speed steel; Electrospark dispersion; Nanopowder; Water; X-ray structural analysis;

机译：废料;高速钢;电园分散体;纳米粉;水;X射线结构分析;

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1. Nanopowder Produced from High-Speed Steel Waste by Electrospark Dispersion in Water [J] . E. V. Ageeva, E. V. Ageev, V. Yu. Karpenko Russian engineering research . 2015,第3期

机译：高速钢废物通过电火花分散在水中产生的纳米粉
2. Electroerosion dispersion, sorption and coagulation for complex water purification: Electroerosion waste recycling and manufacturing of metal,oxide and alloy nanopowders [J] . Mykola Monastyrov, Tatiana Prikhna, Bernd Halbedel, Nanotechnology perceptions: A review of ultraprecision engineering and nanotechnology . 2019,第1期

机译：复合净水净化的电镀分散，吸附和凝固：电化废物回收和金属，氧化物和合金纳米粉的制造
3. Composition and Properties of the Powder Fabricated from the Waste of High-Speed R18 Tool Steel by Electroerosion Dispersion [J] . Latypova G. R., Karpenko N. N., Latypov R. A., Russian Metallurgy(Metally) . 2020,第6期

机译：通过电子分散体由高速R18刀具钢废物制成的粉末的组成和性质
4. Composition of Powders Produced by Electrospark Dispersion of Metal Granules in Water [C] . S P Zhuravkov, G L Lobanova, A V Pustovalov International Scientific Conference on Radiation-Thermal Effects and Processes in Inorganic Materials . 2016

机译：用水中金属颗粒的电动术分散产生的粉末的组成
5. CHARACTERIZATION OF COAL-WATER SLURRIES PRODUCED IN A HIGH-SPEED STIRRED-BALL MILL. [D] . MEHTA, RAJENDRA KUMAR. 1987

机译：高速搅拌球磨机中产生的煤-水浆的表征。
6. Assessment of Technological Capabilities for Forming Al-C-B System Coatings on Steel Surfaces by Electrospark Alloying Method [O] . Bogdan Antoszewski, Oksana P. Gaponova, Viacheslav B. Tarelnyk, 2021

机译：通过电扫合金化方法评估在钢表面上形成Al-C-B系统涂层的技术能力
7. Features of the structure of plasma-arc coatings produced at application of flux-cored wires with a steel sheath and filler from B₄C AND ZrO₂ nanopowder [O] . G.M. Grigorenko, L.I. Adeeva, A.Yu. Tunik, 2017

机译：用钢护套和填料施加磁通芯线和B _{4 C和ZRO _{2 纳米粉粉末的磁通芯线制造的等离子体电弧涂层结构的特征}}
8. About Abrasive Properties of Steel Erosion Products During Electrospark Processing [R] . Afanasev, N. V., Goloveiko, A. G. 1965

机译：关于电火花加工过程中钢铁腐蚀产物的磨蚀性能

Nanopowder Produced from High-Speed Steel Waste by Electrospark Dispersion in Water

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