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The key of relative density is the type of dissolved crystal phase, so different crystal phases can be obtained according to the standard of controlled quenching and tempering, and different products with different chemical properties can be produced.
The influence of working pressure on the relative density of high borosilicate glass: when the high pressure or high pressure is applied to the high borosilicate glass, the density of the glass changes greatly, and at the necessary temperature, the density of the glass increases with the increase of working pressure. It is because the capacity of laminated glass network architecture is reduced after high pressure, which makes the relative density increase.
The influence of glass composition on the relative density of high borosilicate glass: the intensity of the relative density transition of high borosilicate glass is not only related to the working pressure, but also related to its composition. Under high pressure, the relative density of different glass components is quite different. In general, glass with more positive ions has a large gap, so the relative density increases greatly under pressure. However, the glass with more positive ions has little change in relative density after charging because it is added to the gap of the mesh.
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