Install Cranium's Basic Edition, draw a molecular structure, and estimate its physical properties. Because the Basic Edition does not save changes, it is a great tool for learning and experimenting.

Install Synapse's Basic Edition and begin designing new chemicals using both graphical and combinatorial design methods. Because the Basic Edition does not save changes, it is a great tool for learning and experimenting.

Demonstration of Cranium's and Synapse's capabilities for estimating the physical properties of pure chemicals.

Demonstration of Cranium's and Synapse's capabilities for estimating the physical properties of mixtures.

This presentation details the common terms and operations that are repeatedly used throughout Cranium and Synapse.

This presentation details the use of Cranium's and Synapse's structure editor to enter the structure of molecules and groups.

Demonstration of the procedures for editing existing estimation techniques or adding new estimation techniques. Applicable to both Cranium and Synapse.

Demonstrates the use of Cranium and Synapse for estimating bubble and dew points.

Details the basic steps needed to use Synapse to design a new chemical which satisfies a set of physical property and molecular structure constraints.

This MKS Web App enables you to estimate the properties of chemicals using group contribution and equation-based estimation techniques. It is a good place to learn about physical property estimation.

Cranium and Synapse can generate MATLAB script files that contain the physical property values needed for these analyses. We call these files MKS MATLAB Properties Files. This MKS Web App uses a Cranium WebServer Edition to demonstrate this capability.

This MKS Web App demonstrates Cranium's ability to generate physical property estimation directly from molecular structure. Use the MKS Online Structure Editor to enter your molecular structure and press the Estimate button.

This MKS Web Application demonstrates the Cranium WebServer Edition's ability to distribute physical property data and estimates using the internet. The example webpage displays data and estimates for approximately 1000 chemicals.

This MKS Web App shows how the Cranium can generate neutral files for the CHEMCAD process simulator directly from molecular structure. Cranium generates both constant properties and temperature dependent properties.

This MKS Web App shows how the Cranium can generate physical property files for AVEVA's chemical process simulator directly from molecular structure. Cranium generates both constant properties and temperature dependent properties.

This knowledge base contains physical property data for more than 1000 chemicals, 300 mixtures, and 300 estimation techniques.

Often used as the starting document for a new knowledge base, this template KB contains values for techniques (T), groups (G), elements (E), and references (R).

Often used for importing properties and techniques from other software programs. The KB contains information on groups (G), elements (E) and references (R).

You typically use this knowledge base when you are following one of our instructional videos or an example given in our documentation.

This KB contains property data for 65 organosilicon chemicals used to evaluate the accuracy and applicability of estimation techniques for organosilicon chemicals.

This document contains example bookmark sets that compile chemicals, techniques, and mixtures into organized lists that can be used to navigate through a knowledge base or any other type of MKS document.

This webpage explains how to find binary azeotropes, a step-by-step video, a bookmarks document containing common solvents, and a knowledge base containing needed data and estimation techniques.

This evaluation investigated how well Cranium and Synapse estimate the physical properties of organosilicon chemicals. Estimates were compared against experimental data.