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Macromolecule Not True Polymer
On the macromolecules of non-true polymers
There are many genera of macromolecules. Among them are those that are not true polymers, which is a special category.
Macromolecules are often formed by their polymerization, but they are not true polymers. They are not made of monomers that are consistently repeated and polymerized in a regular way. Ordinary polymers, such as strands of silk, are connected according to the law of monomers, and the structure is well.
Macromolecules that are not true polymers, although their structure has the characteristics of macromolecules, the method of monomer combination is either disordered or occasionally mutated, which does not follow the usual path of polymerization. The mechanism is related to the nature of matter and the influence of the environment. Due to the differences in the medium in which it is located, or due to changes in reaction conditions, when the monomers combine, they fail to form a regular polymerization.
Its physical properties are also different from true polymers. True polymers often have specific strength, toughness and stability due to their regular structure. The macromolecules of non-true polymers, due to their different structures, may be in an impermanent state, soft or rigid, or variable in the environment.
Looking at the natural and artificial environments, such macromolecules of non-true polymers exist. In nature, some biological macromolecules, although they have macrostructures, are complex in structure and cannot be solved by simple polymerization. When it is artificially prepared, it also occasionally obtains such special macromolecules, which adds new research directions to the fields of materials science and other fields.
To understand the mystery of such macromolecules, it is necessary to study the source of monomers, the rules of reactions, and the system of the environment. Understanding its principles may lead to new advancements in materials creation, biomedicine and other fields, so as to develop the wonders of science and use it for human beings.
There are many genera of macromolecules. Among them are those that are not true polymers, which is a special category.
Macromolecules are often formed by their polymerization, but they are not true polymers. They are not made of monomers that are consistently repeated and polymerized in a regular way. Ordinary polymers, such as strands of silk, are connected according to the law of monomers, and the structure is well.
Macromolecules that are not true polymers, although their structure has the characteristics of macromolecules, the method of monomer combination is either disordered or occasionally mutated, which does not follow the usual path of polymerization. The mechanism is related to the nature of matter and the influence of the environment. Due to the differences in the medium in which it is located, or due to changes in reaction conditions, when the monomers combine, they fail to form a regular polymerization.
Its physical properties are also different from true polymers. True polymers often have specific strength, toughness and stability due to their regular structure. The macromolecules of non-true polymers, due to their different structures, may be in an impermanent state, soft or rigid, or variable in the environment.
Looking at the natural and artificial environments, such macromolecules of non-true polymers exist. In nature, some biological macromolecules, although they have macrostructures, are complex in structure and cannot be solved by simple polymerization. When it is artificially prepared, it also occasionally obtains such special macromolecules, which adds new research directions to the fields of materials science and other fields.
To understand the mystery of such macromolecules, it is necessary to study the source of monomers, the rules of reactions, and the system of the environment. Understanding its principles may lead to new advancements in materials creation, biomedicine and other fields, so as to develop the wonders of science and use it for human beings.
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