lk方程 释义 [化工]Lee-Kesler equation;[化工]又称 :LK方程(LK equation)
英文翻译Lee-Kesler equation;LK equation 所属学科化学工程 > 化工热力学 > 流体的P-T-V关系名词审定化工名词审定委员会见载刊物《化学工程名词》 科学出版社公布时间1995年流体的P-T-V关系 的上级学科 化学工程 化工热力学LK方程 相关科技名词 阿马加定律Amagat law 状态方程equation of state;EOS 压缩因子...
中文: FORTRAN77编制的求一元一次方程和一元二次方程的根,实现了输入方程字符串,输出方程的根。英文: ON THE UNIFIED EXPRESSION OF THE MALTHUS EQUATION AND THE LOGISTIC EQUATION中文: 关于Malthus方程和Logistic方程的统一表达式 英文: Generic Enzymatic Rate Equation中文: 酶反应速率方程的普适形式 ...
Design/methodology/approach - The Cattaneo equation based on the heat flow relaxation time approximation is used to calculate the thermal conductivity. Findings - The results show that the thermal conductivity is not the thermophysical properties of material, but is the non-linear function of ...
To compute the optical flow between two images, you must solve this optical flow constraint equation: Ixu+Iyv+It=0 . Ix,Iy, andItare the spatiotemporal image brightness derivatives. uis the horizontal optical flow. vis the vertical optical flow. ...
To compute the optical flow between two images, you must solve this optical flow constraint equation: Ixu+Iyv+It=0 . Ix, Iy, and It are the spatiotemporal image brightness derivatives. u is the horizontal optical flow. v is the vertical optical flow. Lucas-Kanade Method ...
To compute the optical flow between two images, you must solve this optical flow constraint equation: Ixu+Iyv+It=0 . Ix, Iy, and It are the spatiotemporal image brightness derivatives. u is the horizontal optical flow. v is the vertical optical flow. Lucas-Kanade Method ...
To compute the optical flow between two images, you must solve this optical flow constraint equation: Ixu+Iyv+It=0 . Ix,Iy, andItare the spatiotemporal image brightness derivatives. uis the horizontal optical flow. vis the vertical optical flow. ...
ADCLK944 DETERMINING JUNCTION TEMPERATURE To determine the junction temperature on the application printed circuit board (PCB), use the following equation: TJ = TCASE + (ΨJT × PD) where: TJ is the junction temperature (°C). TCASE is the case temperature (°C) measured by the customer ...