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Dependence of mechanical characteristics from composition and structure and optimization of mechanical fracture energy of polymer composite material based on high-molecular rubbers

机译：基于高分子量橡胶的聚合物复合材料的力学特性与成分和结构的相关性以及机械断裂能的优化

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E. Nurullaev; A. S. Ermilov; N. Yu. Lyubimova;
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1. Dependence of mechanical characteristics from composition and structure and optimization of mechanical fracture energy of polymer composite material based on high-molecular rubbers [J] . E. Nurullaev, A. S. Ermilov, N. Yu. Lyubimova Frattura e Integrita Strutturale . 2017,第41期

机译：力学特性从组成和结构上的依存性以及高分子橡胶基高分子复合材料的机械断裂能优化
2. Dependence of the mechanical fracture energy of the polymeric composite material from the mixture of filler fractions [J] . E. M. Nurullaev, A. S. Ermilov Frattura e Integrita Strutturale . 2014,第31期

机译：聚合物复合材料的机械断裂能取决于填料馏分的混合物
3. Determining the Mechanical Characteristics of Composite Nanostructured Materials based on Recovered Silicone Rubber [J] . Daniel Popescu, Mirela Cherciu, Dumitru ?tefan Buzatu, MATEC Web of Conferences . 2016,第1期

机译：确定基于回收硅橡胶的复合纳米结构材料的机械特性
4. Effect of Composition on the Morphology and Hardness of Nanostructured Cu Based Composite and Alloy Powders/Granules Produced by High Energy Mechanical Milling [C] . A. Mukhtar, D. L. Zhang, C. Kong International Conference on Advanced Materials and Processing . 2007

机译：组合物对高能量机械研磨产生的纳米结构Cu基复合材料和合金粉末/颗粒的形态和硬度
5. Investigation of the Mechanical Properties of Nanostructured Material Deposited by Laser-induced Chemical Solution Deposition and Polymer Nano-composites [D] . Peng, Cheng. 2016

机译：激光诱导化学溶液沉积和聚合物纳米复合材料沉积纳米结构材料的力学性能研究
6. New Sulfur Organic Polymer-Concrete Composites Containing Waste Materials: Mechanical Characteristics and Resistance to Biocorrosion [O] . Beata Gutarowska, Renata Kotynia, Dariusz Bieliński, 2019

机译：含废料的新型含硫有机聚合物-混凝土复合材料：机械特性和抗生物腐蚀性
7. Dependence of the mechanical fracture energy of the polymeric composite material from the mixture of filler fractions [O] . E. M. Nurullaev, A. S. Ermilov 2015

机译：聚合物复合材料的机械断裂能量与填料部分的混合物的相关性

Dependence of mechanical characteristics from composition and structure and optimization of mechanical fracture energy of polymer composite material based on high-molecular rubbers

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