Mathematical equations, from simple algebraic ones to the more challenging differential equations, have allowed us to summarize an enormous amount of physical phenomena into a simple format.
数学方程，从简单的代数式到富有挑战性的困难的微分方程，这些简洁的模式都允许我们把一个巨大的物理现象纳入其中。
The GEOS-5 model USES mathematical equations that represent physical processes-such as precipitation and cloud processes-to calculate what the atmosphere will do.
GEOS - 5运用描述物理过程的数学方程(比如沉积过程和成云过程)来模拟大气的变化。
Electromagnetic Field and Electromagnetic Wave make students grasp the theorem and the physical meaning of the Maxwell equations and mathematical expressions.
本课程使学生掌握电磁场的有关定理、定律、麦克斯韦方程等的物理意义及数学表达式。
The physical model and mathematical equations of the laser are established. The results of numerical calculation have been analyzed.
建立此机制的物理模型和数学方程，完成数值计算并分析得出了锁模自启动条件及最佳运转条件。
The physical model and mathematical equations of the laser are established. The results of numerical calculation have been analyzed.
建立此机制的物理模型和数学方程，完成数值计算并分析得出了锁模自启动条件及最佳运转条件。
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