具有很高的抗弯强度和良好的耐磨性能，适用与低速粗车和铣削耐热合金、 钛合金，也可加工玻璃钢。
With good transversal rupture strength and wear resistance, it is suitable for low-speed rough turning and milling of heat resistanct alloys, titanium alloys and of plastics glass well.
但与低速走丝电火花线切割机床相比，它在加工精度、可靠性、稳定性以及自动化程度等方面还存在明显差距。
But there are still significant gaps in the machining accuracy, reliability; stability and the degree of automation go with the low-speed WEDM.
通过与低速流态化的比较，概述了高速流态化独特的两相流流动结构、优异的操作特性和应用于工业过程时的优缺点。
According to gas velocity, gas-solid fluidization has been classified into low-speed riser, cocurrent downer and pneumatic fluidization in this paper.
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