Sentence examples for behaviour of the powder from inspiring English sources
The melting behaviour of the powder was significantly influenced by the particle velocity.
The current contribution shows that a classification of the different materials according to their molecular polarity and their supra-molecular structure enables to understand the behaviour of the powder particles in different agglomeration processes.
The higher particle velocity resulted in a worse melting behaviour of the powder due to the shorter dwell time, leading to a lower deposition efficiency of the powder during spraying.
The aerosol behaviour of the powders was studied by dispersion using Rotahaler® and Dinkihaler®, connected to a four-stage liquid impinger operating at 30 120 l/min.
Explanations in terms of powder matrix and interparticle forces were attempted for the behaviour of the powders found in the investigation.
The behaviour of the powders in roll compaction can be ascribed to the variation of the frictional properties due to lubrication.
The spraying behaviour of these powders and the wear resistance of the coatings that are sprayed with them are not yet optimal.
The mechanical behaviour of the investigated alloy powder compacts was evaluated by compression test under various thermomechanical conditions using Gleeble simulator.
The results provide further insight into the contact-hardening behaviours of these powders by measuring the bulk density, mechanical strength and water-resistant properties of the compacts.
By means of XRD and SEM-EDX techniques, the structural, microstructural and compositional behaviour of the as-prepared powders, compacts and half-cells have been studied.
A laboratory-scale application unit was constructed to study the behaviour of coating powder in simultaneous electrostatic application on both sides of the paper.
