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Macromolecules and Polymers
"On Macromolecules and Polymers"
The discussion of matter in the world, in the tiny domain, the distinction between macromolecules and polymers is the key to learning. Macromolecules, with their huge volume and complex structure, are unique in the behavior of matter and the display of their functions.
The structure of macromolecules is connected by many atoms with strong bonds, extended and intertwined, forming a behemoth. The arrangement of its atoms may be regular and orderly, like a soldier in an array; or it may be changeable, like a cloud in the sky. The difference in this structure makes the nature of macromolecules very different.
As for polymers, many small molecules are polymerized by the method of covalent phase, and they are polymerized to form chains. Small molecules, such as masonry and rubble, are polymerized to build a grand building of polymers. Polymer chains, long or short, straight or curved, and the interaction between chains also affects their physical properties.
Macromolecules and polymers, although related, are not the same. Macromolecules have a wide range, and polymers can be one of them. Polymers are prepared by polymerization, while macromolecules are either natural or artificial, with different origins and properties.
If you want to understand the wonders of macromolecules and polymers, you must delve into the principles of physical chemistry, analyze their structures, and measure their properties. From the structure to the properties, and according to the properties to explore the structure, the two complement each other. And in the field of chemical industry and biology, both macromolecules and polymers are the cornerstones. Chemical industry relies on its materials and materials, and biology relies on its adults to perform its duties.
Therefore, scholars in the study of macromolecules and polymers should study them diligently, and use them in detail, so as to contribute to the progress of the world.
The discussion of matter in the world, in the tiny domain, the distinction between macromolecules and polymers is the key to learning. Macromolecules, with their huge volume and complex structure, are unique in the behavior of matter and the display of their functions.
The structure of macromolecules is connected by many atoms with strong bonds, extended and intertwined, forming a behemoth. The arrangement of its atoms may be regular and orderly, like a soldier in an array; or it may be changeable, like a cloud in the sky. The difference in this structure makes the nature of macromolecules very different.
As for polymers, many small molecules are polymerized by the method of covalent phase, and they are polymerized to form chains. Small molecules, such as masonry and rubble, are polymerized to build a grand building of polymers. Polymer chains, long or short, straight or curved, and the interaction between chains also affects their physical properties.
Macromolecules and polymers, although related, are not the same. Macromolecules have a wide range, and polymers can be one of them. Polymers are prepared by polymerization, while macromolecules are either natural or artificial, with different origins and properties.
If you want to understand the wonders of macromolecules and polymers, you must delve into the principles of physical chemistry, analyze their structures, and measure their properties. From the structure to the properties, and according to the properties to explore the structure, the two complement each other. And in the field of chemical industry and biology, both macromolecules and polymers are the cornerstones. Chemical industry relies on its materials and materials, and biology relies on its adults to perform its duties.
Therefore, scholars in the study of macromolecules and polymers should study them diligently, and use them in detail, so as to contribute to the progress of the world.
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