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Posted on 08-04-2021 by admin

Download gaussview 5.0 9 for free. Education software downloads - GaussView by gaussian.com and many more programs are available for instant and free download. Gaussian 16 & GaussView 6 Special Topics. The videos in this series are for intermediate to advanced users of Gaussian and GaussView. Each one focuses on a specific Gaussian capability and the GaussView features that support it. These videos may be viewed in any order. GaussView 6.0 provides a shortcut; open the Results menu, select NMR and in the new window there is a dropdown menu for selecting the nucleus and a second menu for selecting a reference. In the case of hydrogen the available references are TMS calculated with the HF and B3LYP methods. Obtaining Technical Support. Gaussian provides technical support for customers who are not on maintenance through email only: help@gaussian.com. Observing the following guidelines will ensure that your request can be answered in as timely a fashion as possible. GaussView is the graphical interface used with Gaussian. It aids in the creation of input files, and assists in the interpretation of output within the software. It aids in the creation of input files, and assists in the interpretation of output within the software.

This page contains descriptions and links for all of the tutorial videos we have produced. We’ve organized them into series reflecting the target user’s experience level.

All of our videos are on our YouTube channel and our YOUKU channel. The descriptions on YouTube contain detailed tables of contents for each video, including section timestamps.

Check back regularly as we add new content often. We always announce new videos on our LinkedIn blog and our Twitter feed.

GaussView 6 Essentials

These videos cover GaussView 6’s most commonly-needed features in under an hour total. The first three videos are best viewed in order. They are all recommended for new to intermediate GaussView users.

1: Building Molecules	2: Running Jobs	3: Visualizing Results	4: 3D Results Visualization	5: Working with Spectra
Demonstrates the basics of building molecules in GaussView: Using templates Setting angles between fragments Using symmetry Docking two structures Extended example: di-μ-oxo-bis(tetraamine manganese)	Discusses setting up and running Gaussian jobs with GaussView: Energy jobs Opt and Opt+Freq Population analysis Modeling in Solution	Covers examining basic results from Gaussian calculations: Calculation summary Atom and bond properties IRC plots Frequency results Anharmonic vibrational analysis	Demonstrates visualizing MOs, surfaces and other volumetric data: Molecular orbitals Generating cubes Viewing surfaces Generating and viewing contours Working with multiple MOs Viewing the solvation cavity	Illustrates how to view and customize predicted spectra: IR and Raman spectra Isotope substitution VCD spectra ROA spectra Optical rotatory dispersion results NMR spectra and chemical shifts

GaussView 6 Basics

The videos in this series are for beginning users of GaussView. They cover very basic concepts and operations with the application. The videos can be viewed in any order.

Getting Started with GV6	Building Molecules with GV6	Selecting Atoms in GV6	Gaussian Calculation Setup
Introduces the fundamentals of using GaussView 6: The Main Window & Toolbar Inquire Mode Using the Mouse Modifying the Display Multiview Windows GaussView Preferences	Demonstrates basic Molecule building and manipulation tools available in GaussView 6: Fragment Pallettes Modifying Bonds, Angles, and Dihedrals Understanding Bonds Inverting a Molecule	Discusses methods for selecting atoms in GaussView 6: Using the Mouse The Atom Selection Editor Expanding Selections Selecting by PDB Residue The Atom List Editor	Discusses the controls in the Gaussian Calculation Setup dialog, including all of its various panels and buttons. You will learn how to set up any type of Gaussian calculation you desire, including specifying additional input sections that may be required.