Sentence examples for crystal breakage from inspiring English sources
A model, incorporating crystal breakage, to predict the performance of the seeded batch cooling crystallizer is also presented and the effect of breakage on fine crystal distribution obtained is examined in detail.
Continuous machines are used for C and sometimes B sugars, but batch machines are best for A sugars because of the crystal breakage that takes place in continuous centrifuges.
The green/blue sparks seen when chewing the candy is TL light being emitted from the crystal breakage in the sucrose[6, 7].
This behaviour is well-simulated by the crystal breakage and growth model under moderate cooling conditions; at high cooling rates, however, a significant deviation in crystallizer fines distribution occurs, implying a change in the mechanism of secondary nucleation on moving from slightly to highly supersaturated solutions.
Most likely thereby the attachment of growth units to the surface of crystals is hindered, and crystal breakage may be initiated.
Shear forces inside the reactor proved to be low enough to allow crystal growth at a high rate and crystal breakage was prohibited.
Isometric crystals only exhibit breakage of edges away from the whole crystals, whereas needles are broken totally.
It is confirmed that fragments of potassium sulphate crystals arise by breakage over the whole size range up to the seed size, and the generation rate by secondary nucleation is largely dependent on magma density and supersaturation.
Specific research seems to have ascertained that the dolomite grinding mode concauses significant modification in the solid, involving changes in crystal structure, producing bond breakage, partial decomposition, phase transition and amorphous phase formation [30 32].
The significant agglomeration reduces the deactivation of the nickel particles in the precipitation process, while breakage and crystal growth decrease the activation.
We propose a simple and efficient method for solving the population balance equation in crystallization in the most general case: unsteady state, size dependant growth rate, agglomeration or breakage of crystals.
