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Experimental Research on Mixing Character of the New Six-Wing VCMT Synchronous Rotors

机译：新型六翼VCMT同步转子混合特性的实验研究

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The emergence of nanomaterials provides a new idea to improve the properties of rubber and it also puts forward a higher request for the mixing technology at the same time. A new type of six-wing various clearance mixing technology (VCMT) synchronous rotors were designed in the paper. By the contrastive experimental study with four-wing synchronous rotors and six-wing synchronous rotors, the results showed that the new six-wing VCMT rotors consumed less energy, lower discharging temperature,higher dispersion of nanomaterials and mechanical properties with the same premises. The new six-wing VCMT Synchronous Rotors is suitable for the quick mixing operation and mixing of nanomaterials and that will be widely used in the future.
机译：纳米材料的出现提供了一种新的想法，可以改善橡胶的性质，并同时对混合技术提出更高的要求。在纸上设计了一种新型的六翼各种间隙混合技术（VCMT）同步转子。通过对具有四翼同步转子和六翼同步转子的对比实验研究，结果表明，新的六翼VCMT转子消耗较少的能量，较低的放电温度，纳米材料的较高分散和具有相同房屋的机械性能。新的六翼VCMT同步转子适用于快速混合操作和纳米材料的混合，并将在未来广泛使用。

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