1. Write scientific questions first
Don't just write "do the DFT.". Should indicate whether you want to be more stable, absorbent, reactive, electronic, defective, or interface charge transfer. Scientific issues determine models, methods, calculations and modes of delivery.
2. Preparatory structure and system information
To the extent possible, provide CIF, POSCAR, XYZ, Gaussian input files or reliable documentation structure, with information on crystals, commingling points, defects, coverage, solvents, temperature and charge status, etc..
3. Identification of subjects for comparison
List all materials, adsorbents, paths, bits and control groups. The calculation is usually determined jointly by the "Structural Quantity x Methodological Level x Analysis Items".
4. Clarifying results and delivery
Description of need for optimization of structure, energy meters, DOS/PDOS, energy bands, differential charge, Bader, COHP, transition state, frequency, freedom of correction, chart and textual interpretation.
5. Availability of references and time nodes
References help harmonize models and parameters. Time nodes should include mid-term inspections and final deliveries, avoiding significant changes in the range of calculations as contributions approach.
Submission of structure and research objectives
We will evaluate the programme according to the size of the system, calculation of projects and delivery requirements.

AI / Simulation
Testing / Supplies