| 1. | Model equation for solubility of natural gas components in water and alcohol
天然气组分在醇和水中溶解度的模型化研究 |
| 2. | Laboratory simulation of rossby vortex in rotating shallow water and the solution of its model equation
涡旋的旋转浅水实验模拟及模型方程解 |
| 3. | Positive almost periodic solutions of the infectious diseases model equation and methods of the topological degree
广义传染病方程的正概周期解与拓扑度方法 |
| 4. | Finite difference solution of nonlinear model equations for rarified gas using discrete velocity ordinate method
稀薄流非线性模型方程离散速度坐标法有限差分解 |
| 5. | Other examples of systems where conservation is used to derive the model equations ( in nonlinear elasticity , fluids , etc
其他用守恒导出模型方程的系统（非线性弹簧，流体力学等等） 。 |
| 6. | Using the method of topological degree , we prove the existences of positive almost periodic solutions for a generalizaed infectious diseases model equation
摘要给出推广的传染病方程正概周期解存在的一个定理，并用拓扑度方法给出简洁的证明。 |
| 7. | Then , the inward method is being used to solve the linear programming model equations in order to get the optimal values of the control variables and state variables
采用内点法来求解线性规划模型方程组，获得了各控制变量和状态变量的最优值。 |
| 8. | Abstract : using the method of topological degree , we prove the existences of positive almost periodic solutions for a generalizaed infectious diseases model equation
文摘:给出推广的传染病方程正概周期解存在的一个定理，并用拓扑度方法给出简洁的证明 |
| 9. | By using the present accomplishment , the elementary equations are turned into model equations on which the numerical model is based . 3 . the finite volume method is used to disperse the differential equations
利用现有的研究成果，把推导出的基本方程化为了模型方程(即基本方程的模化) ，并以其作为建立数学模型的基础。 |
| 10. | A dynamic modeling is established in this paper for the temperature probes based on its heat transfer theory , and the modeling equations are solved by an numerical calculation method , moreover , the accurate result is analyzed
摘要根据滞止式温度传感器的换热原理建立了动态理论传热模型，采用数值计算方法对模型方程进行了求解，并对计算结果进行了分析。 |
