"do not incinerate"
The container will explode when heated.
Heat causes particles to move faster, and the faster a praticle moves, the more energetic are its collisions, thereby exerting more pressure on the walls of any container that the particles are in, and enough pressure gives an explosion. This warning is necessary on aerosol cans because garbage is often thrown into incinerators, and that is not safe in the case of aerosol cans which will explode.
The constituent part of a solid aerosol is a particle, as opposed to a droplet in a "liquid" based aerosol. By strictest definition a solid aerosol cannot exist; as an aerosol is a suspension of droplets or particles in a gaseous medium.
A colloid refers (it seems) chiefly to a liquid. As an aerosol is defined as a particulate (solid or liquid) suspended within a gas, this it isn't a relevant question with regards aerosol science. However colloids do exist within an aerosol spray, however once they are dispensed they become an aerosol.
An aerosol spray is a homogeneous mixture.
The container will explode when heated.
Heat causes particles to move faster, and the faster a praticle moves, the more energetic are its collisions, thereby exerting more pressure on the walls of any container that the particles are in, and enough pressure gives an explosion. This warning is necessary on aerosol cans because garbage is often thrown into incinerators, and that is not safe in the case of aerosol cans which will explode.
because of mam nitro
"written warning" stupid.
J. A. Harrop has written: 'The effect of fibre configuration on the efficiency of aerosol filtration'
Tetsuo Yoshida has written: 'Aerosol science for engineers' -- subject(s): Aerosols
no because then it will be a typed warning
T. P Nelson has written: 'Full-scale carbon adsorption applications study' -- subject(s): Absorption and adsorption, Activated Carbon, Adsorption, Carbon, Activated, Gases 'Aerosol industry success in reducing CFC propellant usage' -- subject(s): Aerosol propellants, Chlorofluorocarbons 'Alternative formulations to reduce CFC use in U.S. exempted and excluded aerosol products' -- subject(s): Aerosol propellants, Chlorofluorocarbons
The constituent part of a solid aerosol is a particle, as opposed to a droplet in a "liquid" based aerosol.
The constituent part of a solid aerosol is a particle, as opposed to a droplet in a "liquid" based aerosol.
Christine Fiona Braban has written: 'Laboratory studies of model tropospheric aerosol phase transitions'
Aerosol spray was created in 1941.