Discipline of Energy Chemical Engineering, School of Chemistry and Chemical Engineering, South China University of Technology by Dr. GUAN, Guoqiang
| file name | Matlab features |
|---|---|
| c1a3.m | 1. define two symbolic equations and then solve them; |
| 2. output the numerical results on screen; | |
| 3. define a function | |
| c1a9.m | nothing new |
| c1a12.m | define a symbolic function and then integrate it |
| c1a13.m | 1. input tablet data and plot them; |
| 2. integrate with trapezoidal approximations; | |
| 3. patch on an exist plot; | |
| 4. regress data with polynomial fitting and draw the fitting curve on the exist plot; | |
| 5. list the differences between original and fittings } | |
| c1a16.m | nothing new |
| c1a23.m | 1. substitute variables and make simplification; |
| 2. compare the equality of two symbolic variables; | |
| c2a3 | 1. diff the variables with parameters; |
| 2. solve equation with conditions | |
| c2a3p | 1. define an ode; |
| 2. simplify the symbolic ode; | |
| 3. solve 2nd-order ode numerically by converting into odes (odefun1.m) ; | |
| 4. xyy plot | |
| c3a19.m | nothing new |