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The affect of various parameters on screening efficiency were modeled.
Sweco claim greater capacity and screening efficiency with less blinding than other types of screening devices.
In this paper, we simulated the complex particle flow-behavior and screening efficiency on a linear vibrating screen using the Discrete Element Method (DEM).
Then, the orthogonal test data of average particle velocity and screening efficiency for 16 cases are analysed by using the direct analysis method.
Besides, the effect of the throwing index on screening efficiency was investigated and presented in curve, which leading to an empirical formula to describe the relationship between them.
Sequence analysis of these positive clones confirmed 97 microsatellite sequences, with a high-enrichment efficiency of 22.99% and PCR screening efficiency of 93.3%.
A series of experiments were carried out at room temperature to demonstrate the screening efficiency of this method under different operating conditions.
In this paper, the vibration screening efficiency of an inclined secant micro-pile wall positioned as an active vibration barrier is investigated.
First, numerical investigations of the screening process including the average particle velocity and screening efficiency of different particle size fractions are presented.
The method greatly increased screening efficiency compared with conventional method.
We focused specifically on how varying the Sachem/Lucy parameters affects screening efficiency.
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