Non-atomizable
The term 'non-atomizable' describes a substance or system that cannot be broken down into individual atoms or molecules through conventional physical or chemical processes. It refers to materials that resist the dispersion into finely divided particles, droplets, or constituent atomic units. This characteristic often stems from the nature of the bonds within the material, the structural properties, or its overall composition, leading to resistance of typical dispersion techniques such as nebulization or spray atomization. These materials are also known as unatomizable materials.
Non-atomizable meaning with examples
- The viscous nature of the polymer solution rendered it non-atomizable using the standard nozzle, as the liquid's high surface tension hindered the formation of fine droplets, meaning the solution flowed as a whole. The experiment required altering the delivery system to achieve adequate distribution across the experimental setup.
- Due to its extremely high melting point, the ceramic material was inherently non-atomizable via traditional methods. Researchers had to explore alternative approaches, such as laser ablation, to analyze its composition. This meant the atomization techniques in the lab would not work and alternative methods were required.
- The bulk structure of the protein complex was non-atomizable under standard conditions. Attempts to disperse the complex resulted in larger clumps and aggregates. This forced scientists to develop gentle separation strategies and consider the size of the complex.
- A block of solid, crystalline metal is non-atomizable with a common air compressor and nozzle as it requires alternative technologies that generate more force. Unlike a liquid that readily breaks apart to create a mist, the solid structure demands far more extreme methods for dispersion.
