Yes it would, but most forms of degradation would take a lot longer. It wouldn’t be very good for some materials to have very low moisture environment, for example wood can easily dry too much, warp and crack. Some materials inherently are not stable and will degrade in time, many plastics in particular. Ultimately, just thermal randomness means that even a block of inert metal sitting on it’s own will lose an atom or few every now and then.
Yes it would, but most forms of degradation would take a lot longer. It wouldn’t be very good for some materials to have very low moisture environment, for example wood can easily dry too much, warp and crack. Some materials inherently are not stable and will degrade in time, many plastics in particular. Ultimately, just thermal randomness means that even a block of inert metal sitting on it’s own will lose an atom or few every now and then.
Not in a way that matters unless you want to use a scanning electron microscope analysis of the surface, but even metals can have atoms evaporate. It’s just very, very slow. That can then potentially find a hole it could escape though to the outside.
For a painting, the heat could damage the pigment depending on what it is, and that’d be a lot faster than a car but still probably not fast enough to matter within your lifespan.
Not in a way that matters unless you want to use a scanning electron microscope analysis of the surface, but even metals can have atoms evaporate. It’s just very, very slow. That can then potentially find a hole it could escape though to the outside.
For a painting, the heat could damage the pigment depending on what it is, and that’d be a lot faster than a car but still probably not fast enough to matter within your lifespan.
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