Schuhmann [8] reported that the size reduction events could themselves involve varying energy input, varying feed particle size and varying size distribution. Flavel and Rimmer [9] have reviewed single-particle breakage on the pendulum device, and stated that the pendulum device can be suitable for obtaining the relation between the breakage product distribution and comminution energy.
Twin pendulum test relies on the particle being broken between an input pendulum released from a known height and a rebound pendulum. Twin pendulum, however, has some important limitations, particularly regarding its low flexibility and reproducibility, long test duration, and the poor accuracy in estimating the comminution energy as a result of secondary motion of the rebound pendulum [4], [5], [6] and [7].
Schuhmann [8] reported that the size reduction events could themselves involve varying energy input, varying feed particle size and varying size distribution. Flavel and Rimmer [9] have reviewed single-particle breakage on the pendulum device, and stated that the pendulum device can be suitable for obtaining the relation between the breakage product distribution and comminution energy.Twin pendulum test relies on the particle being broken between an input pendulum released from a known height and a rebound pendulum. Twin pendulum, however, has some important limitations, particularly regarding its low flexibility and reproducibility, long test duration, and the poor accuracy in estimating the comminution energy as a result of secondary motion of the rebound pendulum [4], [5], [6] and [7].
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