DKES

toc The Drift Kinetic Equation Solver (DKES)<ref>W. I. van Rij and S. P. Hirshman, Variational Bounds for Transport Coefficients in Three-Dimensional Plasmas, Phys. Fluids B 1,563(1989)</ref> solves a set of 3D drift kinetic equations to obtain upper and lower bounds for the diffusion coefficients of a prescribed toroidal plasma equilibrium. The three dimensions are theta (poloidal angle), zeta (toroidal angle), and alpha (pitch angle). Straight-line flux coordinates are used to describe the equilibrium, which must satisfy the stellarator symmetry conditions.

---

Theory[[#Theory]]

Here's the section to explain the theory behind the code.

---

Compilation[[#Compilation]]

Here's the section to explain how to compile the code.

---

Input Data Format[[#Input]]

Explain how the input data is organized.

---

Execution[[#Execution]]

Explain how to execute the code and what it produces.

---

Output Data Format[[#Output]]

Explain how the output data is formatted.

---

Visualization[[#Visualization]]

Explain how to visualize the data.

---

Tutorials[[#Tutorials]]

Put links to tutorial pages here.