• 尺寸稳定性高温尺寸变化率小,极佳的尺寸稳定性

    Dimensional stability: Dimensional is stable under high temperature.

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  • 分别计算3试件纵向横向尺寸变化率平均值作为纵向或横向试验结果

    Take the mean value of dimensional change rate of the 3 test pieces in longitudinal or transverse directions as the test result.

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  • 陶瓷具有尺寸变化率密度较高且均匀足够脱模强度表面质量等特点。

    The ceramic green body is characterized by little dimensional change rate, high green body density, high homogeneity, sufficient strength for demoulding and good green body surface quality.

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  • 具有足够脱模强度较高密度均匀性合适的孔隙率以及尺寸变化率等特点。

    The composite green body is characterized by sufficient strength for demoulding, high density homogeneity, appropriate porosity and little dimensional change rate.

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  • 不同洗涤条件,对机织物水洗尺寸变化率进行了对比试验,探讨不同洗涤条件对机织物水洗尺寸变化率影响

    The dimensional changes of woven fabric were studied and compared under different washing conditions, and the influence of washing conditions was summerized.

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  • 机组具有能耗低、性能稳定、高速高效等特点机组挤出异型材外形美观、抗压性能稳定性稳定性好、尺寸变化率抗老化

    The finished products produced by this machine has he feature of good surface, stronger compression resistance, light and heat stability, low size-changing and ageing resistance.

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  • 本文介绍了流化床空隙率,气泡尺寸,气泡上升速度沿变化试验结果提出相应的无因次关联式。

    This paper reports some experimental results on variation of voidage in bed materials, bubble size and bubble rising velocity etc along the height of the bed.

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  • 不同厚度、滤和加ALT等条件下过滤试验结果表明:滤层中单元滤特征尺寸变化与空隙率有关。

    The experiment reveals that the variation of UFE numbers is only dependent on the volume-specific deposit of filter, the effects of filtration velocity, bed depth and ALT ratio are not evident.

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  • 晶界空间电荷效应导致GD C薄膜电导率晶粒尺寸而变化,晶粒尺寸越小,电导率越大。

    Conductivity varies with grain size of GDC films due to the grain boundary space charge effect, the smaller the grain size, the higher the conductivity and vice versa.

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  • 晶界空间电荷效应导致GD C薄膜电导率晶粒尺寸而变化,晶粒尺寸越小,电导率越大。

    Conductivity varies with grain size of GDC films due to the grain boundary space charge effect, the smaller the grain size, the higher the conductivity and vice versa.

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