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Structure-Property Relationship

Chemistry

The structure-property relationship is materials science's organising principle: that a material's mechanical, electrical, optical and chemical behaviour is governed by its structure, from atomic bonding and crystal lattice up through microstructural features like grain boundaries and phases, and that changing the processing that produces that structure changes what the material can do. Cyril Stanley Smith, drawing on his own metallurgical work on the Manhattan Project, argued for this structure-across-scales view as the idea that gives materials science its unity as a field distinct from separate studies of individual materials.

Facts
Proposed BySourced to the subject's own account
Cyril Stanley Smith 1
Connections

Associated With

Grain Boundary, Concepts

Grain boundaries are a microstructural feature whose effect on material properties is a core case of the structure-property relationship

Belongs To

Source Wikipedia: Materials science

Studied In

Source Condensed Matter Physics (Wikipedia)
In the Other Atlases

Informed

Also in Technology and Engineering Atlas: which this subject informed.

Sources
1. Cyril Stanley Smith (Wikipedia)
Wikipedia
Condensed Matter Physics (Wikipedia)
WikipediaStudied In: Solid-State PhysicsView the Source
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