1) radial cutting
径切
1.
The result shows that radial cutting is obviously superior to flat cutting, the effect of treatment with IBA rooting substance is better than that with ABT and 911, percentage of establishment for cutting scion from root is no.
结果表明 ,径切扦插明显优于平切 ,生根素IBA的处理效果优于ABT和 91 1 ,根部插穗成苗率明显不及苗干插穗的成苗率。
2) cut size
切割粒径
1.
The relationship among the operating parameters and cut size and sharpness index of the air classifier was established.
在一定的假设条件下导出的气流分级机切割粒径公式,建立了切割粒径与操作参数(分级轮转速、流量和颗粒密度)的关系。
2.
The effect of the rate of the flow drawn on the pressure losses, separation efficiency and cut size of the conventional cyclone separator was researched.
根据冷模试验结果 ,探讨了抽风率对压力损失、分离效率与切割粒径等旋风分离器的主要性能参数的影响 ,分析了造成这种影响的原因 ,从而可为开发新型的旋风分离器提供参
3.
The relation between the fractional collection efficiency, the cut size and inlet velocity of the cyclone were studied.
探讨了旋风筒的分级分离效率、切割粒径与其入口风速的关系，并对试验数据进行拟合处理，得到了分级分离效率与入口风速的关系式，提出了一种切割粒径的计算方
3) radial surface
径切面
1.
Bonding strengths of Oak glued block with radial surface and tangential surface bonded with API adhesive and shear strength to the grain of Oak were studied in this paper.
结果表明:柞木木材API胶粘剂弦／径面胶合试件常态压缩剪切强度存在着差异;柞木径切面API胶合试件的常态压缩剪切强度比弦切面胶合试件的常态压缩剪切强度高;径切面API胶合试件的常态压缩剪切强度是弦切面的1。
4) cut radius
切割半径
1.
With the use of a big cut radius, the local magnetic anomaly due to igneousmass is separated out from the real magnetic anomaly that has been reduced to thepole and underwent noise elimination processing.
其方法是：首先选取一较大的切割半径，对经过化权并消除干扰处理的实测磁异常进行分离，划分出由火成者引起的局部磁异常；然后用从小到大的一系列切割半径对局部磁异常进行抵值切割处理，得到相应的一系列异常幅值；当异常幅值出现稳定极值时，所对应的切割半径与该局部磁异常对应的火成岩体的中心埋深相当。
5) key approach
切入途径
1.
The essay also analyzes the main obstacles for modern logistics development; on this basis, the essay explores the key approach for modern railway logistics development, and puts forward relevant suggestions.
在此基础上,对铁路发展现代物流的切入途径进行了探讨,并提出相应的建议。
6) radial shearing
径向剪切
1.
An circular radial shearing interferometer based on spatial phase modulation is proposed to measure the transient near infrared laser pulse wavefront with high precision.
提出了一种基于空间相位调制技术可用于近红外瞬态波前高精度检测的环形径向剪切干涉仪。
补充资料：径径
1.不停貌。
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