Service
Quantum Chemistry
By performing precise simulations of the electronic structure, reaction processes, and interactions in molecular systems, we enable molecular property prediction, reaction mechanism studies, structural optimization, and performance analysis, providing reliable theoretical support for molecular design, functional development, and mechanistic understanding.
Overview
We provide quantum chemistry calculations for a wide range of systems, including organic molecules, inorganic molecules, coordination compounds, clusters, catalytic active centers, and molecular complexes.
Our services include molecular structure optimization, vibrational frequency analysis, frontier orbital analysis, charge distribution analysis, reaction pathway studies, transition state searches, binding energy calculations, and spectroscopic property prediction.
For different research objectives, we offer flexible calculation schemes tailored to specific needs, supporting academic publications, project proposals, research programs, and industrial R&D.
Our services include molecular structure optimization, vibrational frequency analysis, frontier orbital analysis, charge distribution analysis, reaction pathway studies, transition state searches, binding energy calculations, and spectroscopic property prediction.
For different research objectives, we offer flexible calculation schemes tailored to specific needs, supporting academic publications, project proposals, research programs, and industrial R&D.
Available Methods
We support customized studies on molecular stability, reactivity, electronic transitions, intermolecular interactions, and solvent effects.
In-depth analysis can be carried out in areas such as reaction mechanisms, catalytic processes, noncovalent interactions, excited-state properties, spectroscopic features, and molecular recognition.
We also provide one-stop services covering model construction, method selection, calculation execution, result analysis, and graphical output.
In-depth analysis can be carried out in areas such as reaction mechanisms, catalytic processes, noncovalent interactions, excited-state properties, spectroscopic features, and molecular recognition.
We also provide one-stop services covering model construction, method selection, calculation execution, result analysis, and graphical output.
Deliverables
We can provide key results such as optimized geometries, total energies, binding energies, reaction energies, activation barriers, orbital energy levels, charge distributions, dipole moments, vibrational frequencies, and spectroscopic parameters.
We also deliver molecular structure diagrams, orbital plots, electrostatic potential maps, reaction pathway profiles, energy level diagrams, and related spectroscopic analysis figures.
Upon request, we can additionally provide analysis reports, original input and output files, and reusable post-processing files to support subsequent paper writing, project presentations, and continued research.
We also deliver molecular structure diagrams, orbital plots, electrostatic potential maps, reaction pathway profiles, energy level diagrams, and related spectroscopic analysis figures.
Upon request, we can additionally provide analysis reports, original input and output files, and reusable post-processing files to support subsequent paper writing, project presentations, and continued research.