Rate laws may be expressed in differential form or integrated form.
速率定律可以用微分形式或积分形式来表示。
Starting from the Gauss forward interpolation formula, the EVERETT interpolation formula is led in the differential form.
本文从高斯向前插值公式出发，导出了等距节点插值的EVERETT差分公式。
Consequent differential form and integral form of gravitational potential are deduced from the two laws of gravitational field.
根据引力场的两个定理，导出了引力势的微分和积分形式。
Then an improved EVERETT interpolation formula in the form of polynomial of the variable is obtained by developing the differential form.
然后，将差分公式展开，得出了直接用自变量的多项式形式表示的改进的EVERETT插值公式。
The application conditions of the ohm theorem are discussed started with its differential form, and the application conditions of ohm theorem in metal, liquid and gas are explained also.
从欧姆定律的微分形式出发，讨论了欧姆定律的应用条件，阐述了欧姆定律在金属、液体和气体中的应用条件。
The application conditions of the ohm theorem are discussed started with its differential form, and the application conditions of ohm theorem in metal, liquid and gas are explained also.
从欧姆定律的微分形式出发，讨论了欧姆定律的应用条件，阐述了欧姆定律在金属、液体和气体中的应用条件。
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