outgas การใช้

• A . Generally, polyurethane varnish does not outgas after it has cured.
• Failed insulation will also typically outgas, which can lead to process contamination.
• Some types of RTV sealants outgas the poison cyanide for weeks after application.
• So above 550 癈, calcium carbonate begins to outgas CO 2 into air.
• Chances are that the varnish sealed the particleboard, which if unsealed can outgas formaldehyde.
• The story says that these materials outgas.
• The cracks would inevitably get warmed now and then and outgas a telltale water vapor.
• Materials which are not generally considered absorbent can outgas, including most plastics and some metals.
• The bottle should have a bit of pressure inside, when you open the top it will outgas.
• If brake materials outgassed at drum temperatures, they would also outgas at disc temperatures and would fade substantially.
• The higher the temperature, the less residence time in the vacuum environment is required to outgas the same quantity of material.
• Carbon dioxide and hydrogen may form from organic materials, moisture is outgassed by polymers and amine-cured epoxies outgas ammonia.
• The fermentation of the silage produces methane gas which over time will outgas and displace the oxygen in the top of the silo.
• It might be a good idea to let it outgas for a while in a garage or storage area, before using it.
• :1 ) I agree with " let it air out ", but increasing the temperature may help it outgas more quickly.
• Carpets, paint, furniture, etc ., all outgas fumes, some of which are toxic if they build up beyond a given concentration.
• This residual gas may be dissolved or in sub-clinical bubble form, and will continue to outgas while the diver remains at the surface.
• :To add to the popping risk ( better not have a cat with claws ), the plastics might also outgas toxic chemicals into the air.
• You might also want to run it through the oven without any food a few times, to burn off or outgas as many chemicals as possible.
• Lubrication-free performance is important for cryogenics, where traditional lubricants may freeze, and for vacuum applications, where lubricants could outgas or trap atmospheric gasses.