Therefore, reduction of chain width is necessary for working with this compact freewheel , .
因此，为了配合这样紧密的飞轮，链条宽度的缩减是必须的。
The influence of the vibration reduction system on the impact peak acceleration and impulse width was analyzed.
分析了减振系统对冲击峰值加速度、脉冲宽度的影响。
The cause of strip width shrink (SWS) during hot continuous rolling is analyzed. A method to calculate SWS ratio is provided, some approaches for SWS reduction are discussed.
分析了窄带钢热连轧过程宽度拉缩的原因，给出了计算宽度拉缩率的方法，探讨了减少宽度拉缩的技术途径。
SCRAP REDUCTION :To use the whole width of the coil, reducing to the minimum the distances between disc to disc to the strip edges, with a consequment, reduction of the scrap quantity.
减少废料：充分利用卷料的宽度， 采用高精密伺服电机驱动系统控制， 使圆片间距和圆片到料边的距离减少到最小， 从而减小废料量。
In order to analyze the rules of head width reduction of slab during side pressing, a finite element model was established by method of numerical simulation.
为了分析定宽过程中板坯头部失宽的变化规律，利用数值模拟的方法建立了板坯侧压的有限元模型。
The shortcoming of morphological edge enhancement algorithm has been discussed. Based on that, an adaptive edge width reduction enhancement fuzzy algorithm is presented.
针对形态边缘减宽增强算法的不足，提出了一种自适应模糊边缘减宽增强算法。
Random pulse width modulation technique can be used to distribute voltage harmonics over a wide frequency range and to realize the reduction of acoustic noise and vibration.
随机脉宽调制技术可以使逆变器输出电压的谐波成分均匀地分布在一个较宽的频率范围内，达到抑制噪声和机械振动的目的。
A new algorithm of ramp width reduction based on the gray information of neighborhood pixels is proposed in order to sharpen the ramp edge effectively.
利用中心像素邻域灰度信息，提出一种新的图像边缘宽度细化算法，使斜坡边缘的细化效果有明显提高。
T he relation of the four parameters with initial slab thickness, initial slab width, width reduction and edger roll diameter was obtained and a new mathematical model was accomplished as well.
得出表征立轧时轧件断面特征的四个参量与侧压量、立辊直径、板坯来料厚度及宽度间的关系，并建立了新的数学模型。
The results show that the reduction efficiency increases linearly with the increase of slab width, which increased by 4% as the width of slab increased by 15%.
结果表明：压下效率与板坯宽度、厚度呈线性增加关系，板坯宽度每增加15%，压下效率增加约4%；
The results show that the reduction efficiency increases linearly with the increase of slab width, which increased by 4% as the width of slab increased by 15%.
结果表明：压下效率与板坯宽度、厚度呈线性增加关系，板坯宽度每增加15%，压下效率增加约4%；
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