1) creep center method
蠕滑中心法
2) mid-smoothing
中心平滑法
3) creep
[英][kri:p] [美][krip]
蠕滑
1.
The experimental study on the adhesion creep behavior of wheel/rail system;
轮轨粘着-蠕滑特性试验研究
2.
This paper analyzed the influence of controlled variables in the mutation model on the slope in causing slow or fast creeping.
通过建立边坡地质力学模型,考虑内外环境因素对边坡稳定性的影响,应用非线性科学建立了完善的边坡失稳突变理论模型,分析了突变模型中控制变量对边坡产生快速和慢速蠕滑失稳的影响。
3.
By the experiment, not only the relation between adhesion force (adhesion coefficient) and creepage has been obtained, but also the relation between adhesion coefficient and speed has been obt.
试验不仅得到了完整的粘着力(粘着系数 )与蠕滑率的关系 ,同时得到了粘着系数与运行速度的关系。
5) plane central region
光滑中心
1.
Using the simplified Reissner s equation of axisymmetric shells of revolution, the nonlinear bending of a corrugated diaphragm with a plane central region under uniform load is investigated.
采用轴对称旋转壳体的简化Reissner方程 ,研究了在均布载荷作用下具有光滑中心波纹膜片的非线性弯曲问题。
6) central smoothing
中心平滑
1.
While using the central smoothing differential algorithm,the measured velocity of carrier is high in accuracy,which can satisfy the velocity-measurement precision requirement in many areas.
中心平滑微分求速方法克服了常用微分平滑求速方法计算速度慢以及当部分位置数据出现较大跳跃时,计算出的载体速度严重偏离实际速度的缺点。
补充资料：干法熄焦系统监控中心
干法熄焦系统监控中心
51．干法熄焦系统监控中心
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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