1) pressure gradient of acceleration
加速度压力梯度
1.
Based on the theory of mechanical energy conservation,a compressible non-Newton fluid flowing ordinary differential equation on pressure is found by deducing and simplifying the academic formulas with considering the pressure gradient of acceleration,consummating the state equation of foam by using Berthelot second virial coefficient,and logical assumptions.
基于机械能守恒原理,考虑加速度压力梯度项,以Berthelot第二维里系数完善了泡沫流体的状态方程,结合了合理的假设,通过对理论公式推导和化简,得到了非牛顿流体可压缩流动的关于压力的常微分方程。
2) gradient advanced
梯度加速
1.
In order to increase the speed and precision of image segmentation,proposed a novel gradient advanced segmentation model based on Chan-Vese level set method.
为了提高图像分割的速度和精度,提出了一种新的基于Chan-Vese水平集模型(C-V模型)的梯度加速分割模型。
3) accelerating gradient
加速梯度
1.
The ratio,E_(pk)/E_(acc),of the maximal surface electric field to the accelerating gradient has been reduced to 2.
根据目前可实现的铌腔表面处理技术,束载加速梯度达到25—30MeV/m 是可能的。
4) gradient acceleration
梯度加速度
5) acceleration gradient
加速度梯度
6) Force attached with grades of velocity
速度梯度力
补充资料：加速
①加快速度：火车正在～运行。②使速度加快：～其自身的灭亡。
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