▎ 摘　　要

NOVELTY - The method involves feeding a nanomaterial into an open top (3) of a cloud chamber (1) i.e. hollow tubular chamber (2), at a controlled rate and allowing the nanomaterial to fall through a mist to form a dispersion. The newly formed dispersion is collected in a mixing chamber and the newly formed dispersion is transferred to a holding tank (22). Another dispersion from the holding tank is circulated through an inlet port (30) into the mixing chamber using a high volume pump (29), where the latter dispersion is mixed with the former dispersion through laminar flow. USE - Method for dispersing a particulate material e.g. nanomaterial such as graphite material e.g. graphene, and drug (all claimed), that is susceptible to agglomeration in a liquid e.g. alcohol, isopropyl alcohol, n-propanol, water, and alcohol and water mixture. Can also be used for a nano platelet and nano tube. ADVANTAGE - The method enables particulate material dispersion to be collected at a bottom of a misting apparatus, so that particulate materials can be exposed to the liquid and can be put into the liquid in a controlled manner, thus minimizing agglomerates of the particulate materials. The method enables utilizing a mechanical/hydra mixing technique for mixing the dispersion, thus preventing physical deterioration of the particulate materials. DETAILED DESCRIPTION - The cloud chamber is a hollow tubular chamber (2). An INDEPENDENT CLAIM is also included for an apparatus for dispersing a particulate material in a liquid. DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a cloud mixer without an eductor. Cloud chamber (1) Hollow tubular chamber (2) Open top (3) Holding tank (22) High volume pump (29) Inlet port (30)