- #1
Sampad Saha
- 15
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Please note that I'm asking about interlocking OF crystals not "interlocking crystals "
The interlocking of crystals refers to the physical arrangement in which crystals are tightly bound together, creating a strong and cohesive structure.
The interlocking of crystals occurs when two or more crystals grow in close proximity to each other, allowing their crystal lattice structures to interlock and create a strong bond.
Temperature plays a crucial role in the interlocking of crystals as it affects the rate of crystal growth. A lower temperature can slow down the growth of crystals, allowing them to interlock more tightly, while a higher temperature can lead to larger and less interlocked crystals.
Examples of materials that exhibit interlocking of crystals include rocks such as granite, marble, and basalt, as well as metals like gold and silver.
The interlocking of crystals can greatly increase the strength and durability of a material, making it more resistant to breaking and deformation. It can also affect other properties such as density, hardness, and color.