TITLE:
Study on Pulp Grade of Iron Ore Concentrate by Monte Carlo
AUTHORS:
Jie Xu, Jiawen Fan, Changming Wang, Yujie Qiao
KEYWORDS:
Pulp Grade, Particle Size, Monte Carlo, EDXRF
JOURNAL NAME:
World Journal of Engineering and Technology,
Vol.8 No.3,
July
30,
2020
ABSTRACT: When energy distribution X-ray fluorescence analysis method (EDXRF) is used to measure the pulp grade of iron concentrate, the parameters such as the location of radioactive source, detector, the particle size of the iron concentrate, and the concentration of the iron concentrate slurry, etc. have a greater influence on the measurement results. In order to more accurately measure the grade of iron ore pulp, the Monte Carlo method was used to study the different pulp grades of samples of the iron ore concentrate under different conditions such as the location of radioactive source, detector, the particle size of the iron concentrate, and the concentration of the iron concentrate slurry. By studying the relationship between different influencing factors and counting rate, the error of the actual measurement time and the pulp grade of iron concentrate can be reduced. The pulp grade of iron concentrate is improved, and thein-situEDXRF analysis of iron concentrate slurry is more in line with the actual grade.