There is no doubt that the elasticity of glass exists. The physical experiment proves that the glass has elasticity experiment. The process is like this: fill a glass bottle with water (preferably colored), then cover the bottle with a stopper, insert a transparent straw into the bottle, and press the bottle under the condition of constant temperature . It will soon be noticed that the liquid level in the straw has risen. This shows that the volume of the glass bottle has changed, which proves that the glass is elastic. However, we did not study glass based on the elasticity of glass, but blindly pursued the strength and rigidity of glass. However, it has not been studied to increase the elasticity of glass and reduce the brittleness of glass.
The elasticity of glass can be magnified, and increasing the elasticity of glass is conducive to expanding the strength of the glass surface. In chemistry study, it can be realized that the main element of glass is Si. The main component of pure quartz glass is SiO2, while the main component of ordinary glass we use is silicate. According to our own needs, we add some non-ferrous metals in the process of making glass to make colored glass; use high-tech technology to corrode the glass surface to make sandblasted glass; coat the glass surface (new material) to make low-e glass ; Even smart glass made of electrochromic principle and so on. It can be seen that the development of science and technology has promoted the improvement of glass performance. The development of new materials cannot be underestimated. Materials are also everywhere around us, and even play an irreplaceable role in places where we can't see them. If we study the combination of a new material and silicate, through the reconciliation of new technology and new technology, so that the newly made glass has the advantages of ordinary glass and suitable elasticity, then it can fundamentally overcome the fragile shortcomings of ordinary glass.
