Kinetic energy in particulate matter is irrespective of direction

Condensation reactions occur described by converting dense gases or liquids into pastries, porridge, or powder. Condensates with a pour or thinning comparable to benzene or lighter, are considered as surface wetting and dew forming with the term dew point for temperature of condensation or evaporation on a material phase diagram. The electrostatic force of attraction between a vapour, wet gas and a crystalline or polymeric material is useful in heat fractionation to collect purified samples for physical identification of chemicals and in producing fine chemicals for the synthesis of transparent materials, drugs, herbal concoctions, eye and inner ear formulations in pharmaceutical industry, opaque materials are generally good dispersers of heat and useful in vapour condensation even if susceptible melting, charring, or burning at naked flame exposure. Powder is described as a condensate clustered without a clearly defined visible or verifiable boundary of or for coagulation; simply a powder is a particle with ability to solidify. Powders are useful for dimming shinny surfaces to disperse light on metallic columns. Refinery of powders for clarity to aid characterization ;Recipe; – Sun drying of powders removes liquid vapours and volatile contents of powder to reduce compaction, coloration and gumming due to the presence of gaseous nitrate and carbonates ;removal of odour; Warming and light; photo processing of powder promotes huddling serving as a parameter to describe a scale to grade and describe a default texture of a powder as a method of physical test and characterization for descriptive compares of different grit of powder of the same suspected composition.