Sentence examples for high energy methods from inspiring English sources

The first part will deal with the nano-emulsion template through the different formulation methods, i.e. high energy methods on the one hand, and low-energy ones (essentially spontaneous emulsification and the phase inversion temperature (PIT) method) on the other.

Filamentous nanocarbons whether graphitic or amorphous are usually prepared by high energy methods such as chemical vapor deposition (CVD) pyrolysis, arc-discharge, etc., after which they are removed from the growth substrate and treated with acidic solutions before a slurry can be prepared [1, 4, 5, 6].

However, it has been previously assumed that physical manipulation of DNA in vitro by high energy methods such as sonication is unaffected by biological properties affecting the chromatin under study.

The synthesis of the nanocrystalline powders of hydroxyapatite (HAP) was developed by the high energy method of dry mechanical alloying.

In order to overcome these problems, various nitriding techniques including diffusion, ion-plasma, detonation, laser, and high-energy methods have been applied to synthesize TiN surface layers [1 7].

The alkali metals are so reactive that they cannot be displaced by other elements and must be isolated through high-energy methods such as electrolysis.

High-energy methods of organic structural organic spectroscopy, like XANES, UV/VIS and infrared spectroscopy, exhibit intermediate structural resolution, which is sufficient, for example, for the characterisation of specific chemical environments [ 43]; for instance, functional group analysis (carbonyl derivatives, aromatics, heterocycles) in intricate materials.

Nano-CoQ10 formulations were prepared using a high-energy method with a high-pressure homogenizer.

Particle size depends primarily on the pressure and the cycle time when a high-energy method is utilized to produce a nanoemulsion [ 26].

Preparation utilizes a combination of self-assembly and high energy emulsification methods, resulting in droplets with average diameter 180 nm and low polydispersity index (PDI less than 0.2).

More recently, new emulsification techniques have gained interest due to their capacity to individually generate droplets with lower polydispersity than high energy conventional methods.