"do not incinerate"
The warning "do not incinerate" on aerosol containers is important because aerosol products contain flammable propellants under pressure. If the container is exposed to high temperatures or flames, it can explode, causing serious harm to individuals and property. Following this warning helps prevent accidents and ensures safe handling of aerosol products.
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.
Exposing an aerosol can to high heat can cause a rapid increase in pressure inside the can, potentially leading to an explosion. This is because high temperatures can cause the propellant gas inside the can to expand and exert more pressure on the container, making it unsafe. It is important to follow the warning to prevent accidents and ensure safety.
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.
Non-aerosol technology is typically more eco-friendly as it does not release harmful propellants into the atmosphere. It also allows for more precision and control in dispensing the product, resulting in less waste and a more targeted application. Additionally, non-aerosol products tend to have a longer shelf life compared to aerosol products.
The warning "do not incinerate" on aerosol containers is important because aerosol products contain flammable propellants under pressure. If the container is exposed to high temperatures or flames, it can explode, causing serious harm to individuals and property. Following this warning helps prevent accidents and ensures safe handling of aerosol products.
because of mam nitro
"written warning" stupid.
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.
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
Christine Fiona Braban has written: 'Laboratory studies of model tropospheric aerosol phase transitions'
Verbal warning, written warning, suspension, termination.
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.