Focus on Advanced Kinetic Modeling of Photo-induced Curing with UV Light Intensity

NETZSCH Software Kinetics Neo Version 3.0: What Is New?

Materials with well-defined properties can be transformed by chemical reactions into other substances with different properties. These reactions can take place in a fraction of a second, as in explosions, or over hundreds of thousands of years, as in the formation of minerals. This is because processes such as decomposition, curing, crystallization, and sintering of materials depend on time and temperature. Knowing the rate of these processes is therefore important for simulating material behavior or optimizing a process.

Kinetics, also called reaction kinetics or chemical kinetics, studies the rate of chemical processes and allows the determination of reaction rates. It also takes the factors that control these reactions into account. One of the most important factors is temperature. This knowledge can even save lives, for example, in industrial chemical processes based on exothermic reactions.

The state-of-the-art NETZSCH Kinetics Neo software simulates these temperature-dependent processes on the basis of small amounts. The release Kinetics Neo 3.0 comes now with many new features!