Creating material with special types of properties

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SUMMARY

The discussion centers on the creation of materials with specific properties, emphasizing the need for understanding chemical structures and components. Participants highlight the importance of intermolecular and intramolecular forces, as well as the role of Young's modulus and electrical conductivity in material design. The conversation suggests that knowledge of drug design and the physical properties of compounds is essential for estimating chemical structures. Additionally, it points out that a foundational understanding of bonding types, including metallic bonding, is crucial for further exploration.

PREREQUISITES
  • Understanding of intermolecular and intramolecular forces
  • Basic knowledge of organic chemistry
  • Familiarity with Young's modulus and its significance in material science
  • Concepts of electrical conductivity and its relation to material properties
NEXT STEPS
  • Research computational chemistry techniques for predicting chemical structures
  • Learn about the principles of drug design and molecular modeling
  • Study the effects of different bonding types on material properties
  • Explore advanced topics in materials science, focusing on electrical and mechanical properties
USEFUL FOR

Material scientists, chemists, and engineers interested in designing materials with specific physical properties, as well as students seeking to deepen their understanding of chemical structures and bonding.

EvilKermit
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Let's say you have a vision of a material with certain special types of properties. How would I know what the chemical structure and components of that material would be? Is there some way to at least estimate what the chemical structure would be, and its a matter of guess and check? Does it involve complex mathematics and special computation?

I know the basics of intermolecular and intramolecular forces. I took general chemisty and a semester of organic chemistry. What other information would I have to learn to understand these concepts? I understand its something that I can't learn overnight, but a starting point would be great.
 
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Depends on what kinds of properties you mean. Are you talking about drug design? Or do you mean something like, "I want a compound of this color, with a melting point at x"?
 
For example, I want a substance with Young's modulus of X with electrical conductivity of Y. (although I understand that both these conditions are depended on conditions, I'll just say at STP). I suppose hardness can be determined by strong intermolecular forces (or for diamonds, strong intramolecular forces). Although I am unsure how metallic bonding occurs. And I don't know what would make a substance conductive or not.
 

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