Series-innovative principles-40-Composite Principles

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The composite principle is described as follows:
1) Replace materials of the same nature with composite materials;
Composite materials generally consist of two or more different materials with new properties in a macroscopic (microscopic) manner through physical or chemical methods.
Various materials complement each other in terms of performance and produce synergies, so that the overall performance of the composite is superior to that of the original composite materials and meets various requirements.
To use composite materials, you need to change the composition of the materials, so that the composite materials can have characteristics that are not originally a single component material, such as porous materials, representing a hard
Material and air composite, while separate air or hard matter do not have the characteristics of porous composite. Composite materials can be obtained by means of delamination, combination, polymerization, and fiber addition;
There are many examples of composite materials:
A) alloy metal; fireproof floor;
B) Manufacture of Composite Materials for aircraft casings;
C) Lightweight and high-strength multi-layer bullet proof server;
D) composite with graphite fiber and resin to produce materials with almost zero expansion coefficient;
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The principle and homogeneity of composite materials are one-to-one.

In a non-physical system, combination can be a combination of culture, knowledge system, style of work, and even personality. A combination of talents in different fields can easily obtain 3-5 inventions.

Series-innovative principles-40-Composite Principles