In this paper,the author analyzed the differential of fractal function by dini derivate.
采用狄尼导数研究分形函数的微分 ,针对一般分形函数的特性 ,用狄尼导数来研究它比用最佳线性平方逼近方法更能反映分形函数的特
The damping derivatives can only be determined experimentally in the wind tunnel or ballistic range.
阻尼导数只能用风洞或弹道试验来确定。
damping coefficient
减幅系数，阻尼系数
damped inertial navigation system analysis
阻尼式惯性导航分析
COMPARISON OF THREE FRACTAL AND FRACTIONAL DERIVATIVE DAMPED OSCILLATION MODELS
三种分形和分数阶导数阻尼振动模型的比较研究
ballistic factor of a measuring instrument
测量仪表的阻尼因数
Influence of Magnetic Damper on Bending Modal Dampings of the System
磁悬浮阻尼器参数对系统弯曲模态阻尼的影响
Analysis on the Effect of Controllable Valve Parameters on Hydro-pneumatic Suspension Damping Characteristics
可调阻尼阀参数对油气悬架阻尼特性的影响
Atrioventricular block Ⅲ caused by imatinib mesylate
甲磺酸伊马替尼致三度房室传导阻滞
Investigation on Damping Coefficient of Torsional Vibration per Cylinder (Part 2)──Experiment in Variation with Crankangle
单位气缸阻尼系数问题的研究（二）──阻尼系数变化的实验分析
Integrated navigation method of strapdown inertial navigation system under damping condition
阻尼状态下捷联惯导系统组合导航方法探讨
G Damp- The friction for Goal. Higher values dampen the effect of the goal on the soft body.
G 阻尼-作为目标的磨擦力。较高的阻尼数值使目标对软体的效果。
Structure size and liquid medium density are decisive factors affecting damping moment modulus.
阻尼器的结构尺寸、体介质密度是影响阻尼力矩系数的决定因素。
G Damp - The friction for Goal. Higher values dampen the effect of the goal on the soft body.
阻尼-作为目标的磨擦力。较高的阻尼数值使目标对软体的效果。
The dashpot displacement relaxes exponentially.
阻尼器位移按指数关系松弛。
Nonresonant Series Solutions of a Damped Dynamometer;
有阻尼测力机构非共振情况的级数解
Fractional differential model of a type of magnetorheological damper
一种磁流变阻尼器的分数阶微分模型
The global attractor of the damped Boussinesq equation and the estimate of its dimension
阻尼Bossinesq方程的整体吸引子及维数估计
NUMERICAL STUDY OF LIQUID SLOSH DAMPING IN CYLINDRICAL TANKS
圆柱箱体中液体晃动阻尼的数值研究