你能估计下在加工过程中的材料损耗率吗？
Can you estimate the damage of materials in the course of processing?
齿轮毛坯材料损耗为70%，而飞机结构零件的材料损耗甚至达90%。
This wastage can be as high as 70% for gear blanks, and even 90% in the case of aircraft structural parts.
辅助拉料装置：材料卷出时可以经由马达辅助拉料，节省拉料时间，降低材料损耗。
Optional Rewind Device: Pick-down lift driven by motor, which can save time and reduce, wasted material.
因此，有切割时动力小，切口窄，切面平整，材料损耗少等一系列优点，是节能切割的新工艺，新设备。
Therefore, cutting force and narrow small incision, cut off, less waste material advantages, such as the new technology is energy-saving cutting, new equipment.
该包装材料损耗低，本机使用的是预制好的包装袋，袋图案完美，并具有密封部分的高品质，这提高了产品规格。
The packing materials loss low, what this machine is used the preformed bag, the bag pattern is perfect and has a height quality of the sealing part, this improved the product specification.
理论分析和对尺寸比1 ：2：3的三个壳体的数值计算表明 ：若材料损耗与频率无关 ，则损耗不影响相似性 ；
Theoretical analysis and numerical calculations for three shells with scale ratio 1:2:3 show that if loss factor does not depend on frequency it has no influence on simil…
能使成球辊成形出的铜球整体圆整度好，表面光滑无突，致密度优异并且成球效率高，以及在成球过程中没有材料损耗。
The ball forming process has high efficiency and no material loss, and the formed ball has high sphericity, smooth surface and high density.
秸秆破碎加工直接影响着加工机具的能量消耗，也是造成机具工作刀片材料损耗的重要原因，还会对秸秆加工质量产生影响。
Cutting process of straw affects the energy consumption of the machine, causes wastage of cutters on the machine, and have an impact on the straw process quality.
这减少了设备的厚度和电压损耗，从而降低材料的质量要求和探测器的材料成本。
This decreases the device thickness and depletion voltage and consequently reduces material quality requirements and cost of the detector material.
为了抑制高频发射噪声引起的电磁波泄漏，就需要开发频率高损耗大的电磁波吸收材料，有效地吸收噪声能量。
Electromagnetic absorbing materials with high frequency and high loss are required to absorb the noise energy, aiming at restraining the electromagnetic leak induced by high-frequency emission noise.
这明显节约了材料并减小了能量损耗。
This provides significant material savings and reduces power consumption.
由于腐蚀性的物质与材料之间的交互作用而引起的腐蚀，从而加速材料的损耗。
An accelerated loss of material concerning corrosion and erosion that results from corrosive material interacting with the material.
LTCC以高耐温性、高热传导率、高耐湿性、低介质损耗、优良的高频高q特性等特点，非常适于作为小型化天线的材料。
LTCC is very suitable to be used in miniature antenna due to its high performance in microwave such as low medium loss, high Q, etc.
另一些高聚物，比如，脲甲醛和聚脲，是非常重要的绝缘材料可以减少热量损失因而减少能量损耗。
Other polymers, e. g. urea-formaldehyde and polyurethanes, are important insulating materials for reducing heat losses and hence reducing energy usage.
通过分析EPS水泥的内部结构来研究其微波损耗机理，分析了EPS和炭黑填充率、EPS颗粒直径以及试样厚度对材料吸波性能的影响。
The electromagnetic loss mechanism was analyzed and influences of EPS and CB filling ratios, EPS diameter and sample thickness were also analyzed in the paper.
增益材料放置的对称性导致奇数阶纵模的损耗，从而增加了微激光器的调谐范围。
Certain symmetry in the allocation of gain material leads to depletion of odd longitudinal modes that, in turn, increases the tunability range of the microlaser.
研究的结果还表明，由于在还原气氛中烧结，材料的介电损耗上升。
Also the result shows that, as sintered in reducing atmosphere, the dielectric loss of the material increase.
介绍了一种测量低损耗天线罩材料的开腔高温自动测量系统。
A high temperature open resonator measuring system for low loss radome materials is introduced.
保温系统：采用德国进口保温材料辐射材料加工而成，减低温度扩散损耗，简短加热时间升温快。
Insulation system: adopting germany-made insulation material, radiation reduction temperature, heating time brief loss of diffusion warming faster.
但是3dmic需要高性能的封装材料(特别是对于微波损耗来说)，高容量、低成本的生产能力。
But 3dmic need the packaging material which has the higher performance (especially to microwave loss) and the production capacity which has the higher volume and lower cost.
非晶合金(金属化玻璃)是一种优异的低损耗软磁材料。
Amorphous alloy is a excellent soft-magnetic material which has lower losses.
石英纤维增强双马来酰亚胺树脂复合材料具有低介电损耗、耐高温、耐湿热及良好的力学性能。
Quartz fibre strengthen Bis maleimide BMI composite material have low to dielectric loss angle, able to bear high temperature, damp and hot, good mechanics performance.
就吸波材料与电磁波的相互作用及其损耗机理进行了阐述。
The basic absorption mechanism of the microwave - absorbing material was studied, and its interaction on the electromagnetic wave was also studied.
针对不同的磁心材料进行了损耗对比分析。
复合材料的介电常数和损耗随着石墨含量的增大而上升。
The dielectric constant and loss increase with increase the content of graphite.
换版调整简单易行、减少试印材料的损耗，大幅降低标签的制作成本。
Fast and easy set-up in pre-printing work, It minimizes the loss of testing-run materials and cuts down the label coat in hungeness.
通过这个过程，当工具电极(阳级？)只有极小的损耗时材料便获得了了迁移速度，并且并不危害副表面。
During the process, high material removal rates are obtained while the tool electrode wear is extremely small and the sub-surface is not damaged.
加入聚苯硫醚（PPS）的PTFE基复合材料的损耗因子曲线只出现一个明显的峰，峰值变大；
The loss factor curve of PTFE/PPS appears only one peak, and the loss peak value increases.
加入聚苯硫醚（PPS）的PTFE基复合材料的损耗因子曲线只出现一个明显的峰，峰值变大；
The loss factor curve of PTFE/PPS appears only one peak, and the loss peak value increases.
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