
Transition states and reaction paths can be obtained by specifying
the reactant and product geometries.
≫ Optimal path can be obtained very quickly if you have some speculation.
Complicated paths can be also available by specifying the multiple
intermediate geometries.strong>
≫ Visualization of the reaction using GaussView, VMD, Avogadro, and so on.
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| Product Name | Reaction plus Pro ver. 1.0 |
|---|---|
| Number of addressable intermediate conformation | Unlimited |
| Automatic correlation for coordinate axis of initial structure | ○ |
| Optimized calculation based on calculation result | ○ |
| Quantum chemical calculation technique | All calculation technique of Opt keyword of Gaussian |
| Basis sets | All basis sets of Gaussian |
| Input by GUI | Possible by using GaussView *1 |
| Animation display | Possible by using GaussView, VMD *1 |
| Maximum parallel cpu cores | The number of core/nodes *2 |
| Job scheduler | LSF, Lava, Sun Grid Engine, Open Grid Scheduler, PBS Pro, Torque |
| Bundled item | Software, manual, tutorial |
| Operating environment *3 | OS: RedHat Enterprise Linux 6.x or CentOS 6.x Software: Gaussian09 Rev. C01~ *4 |
| Price | ASK |
*1 Checked by GaussView 5.0.8 for Windows, VMD 1.9.1 for Windows.
*2 No parallel computing between nodes support.
*3 Not guaranteed to all operating environment.
*4 To operate this software, Gaussian09 Rev. C01~ (Intel EMT64T Linux ver.) is needed.