1) impeller/diffuser interaction
叶轮/扩压器相互作用
2) interaction of impeller and volute casing
叶轮与蜗舌的相互作用
3) shock wave/impellor interaction
激波/离心叶轮相互作用
4) impeller-diffuser
叶轮/扩压器
5) Wheel-rail interaction
轮轨相互作用
1.
With the increase of the axle load, the wheel-rail interaction is severe, the track structure is destroyed seriously, and the wear between wheel and rail is more and more serious, as results to shorten the service life of the wheel and rail.
为了减轻重载铁路轮轨磨耗,延长钢轨使用寿命,本文深入研究轨道结构参数(主要包括轨底坡及曲线超高)及钢轨型面对重载铁路轮轨动态相互作用性能及磨耗的影响,探明规律,提出减缓轮轨相互作用及磨耗的技术措施,并结合工程实际,进行现场试验与观测。
6) wheel/rail interaction
轮轨相互作用
1.
Relationship of wheel/rail interaction and rolling noise due to the roughness of running surfaces of the wheel and the rail are studied by means of establishment of calculation model for the rail transit noise.
通过建立轨道交通噪声理论计算模型,研究了轮轨相互作用关系及由轮轨表面不平顺而引起的滚动噪声,给出了车轮、钢轨辐射噪声声压级谱关系式,利用有关文献中给定的实验数据,计算了因轮轨表面粗糙度而引起的城市轨道交通噪声,计算结果表明大约在1700Hz以下频段,主要以钢轨振动噪声为主,而在1700Hz以上频段,车轮振动噪声占主导地位。
2.
Relationship of wheel/rail interaction and rolling noises due to the roughness of running surfaces of the wheel and the rail are studied by means of establishment of the noise prediction model.
通过建立轮轨噪声预测模型 ,研究轮轨相互作用关系及由轮轨表面不平顺而引起的噪声 ,推导车轮、钢轨辐射噪声声压级谱 ,利用有关文献中给定的实验数据 ,验证轮轨噪声预测模型 ,并对我国既有线轮轨噪声进行了预测。
3.
The rail corrugation in the presence of high frequency wheel/rail interaction was investigated.
对高频轮轨相互作用下轨道的波浪形磨损问题进行了考察。
补充资料：电容分压器(见分压器)
电容分压器(见分压器)
capacitor voltage dividers
d)onf。日g无en丫oq{电容分压器(eaPaeitor voltage dividers)见分压器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条