Question: Due to frenkel defect the density of ionic solid ___ , select from the below options
c. Does Not Change
d. Change Depends on Crystal Structure
Ionic solids exhibit interesting properties such as high electrical conductivity, low melting point, and high thermal stability. They also play important roles in everyday life, from food processing to pharmaceutical manufacturing.
Frenkel defects occur when the crystal structure is too dense, causing the ions to repel each other instead of attracting them. This leads to the formation of void spaces within the lattice. Frenkel defects are often found in ionic solids that contain large cations such as calcium or magnesium.
They are a common occurrence in ionic solids. They occur when cations (positively charged ions) are surrounded by anions (negatively charged ions). The result is a lattice structure that has holes or voids where the cation should be. These voids are called Frenkel defects.
The properties of being clear and bright make a diamond a gemstone.
Due to frenkel defect the density of ionic solid increases or decreases?
Answer: Due to the Frenkel defect, the density of ionic solids does not change as it involves only the migration of the ions within the crystal, thus preserving both the volume and mass. Due to the Schottky defect, the density of ionic solids decreases.
Why Frenkel defects are important?
Frenkel defects are important because they affect the properties of ionic solids. In particular, they influence their electrical conductivity.
Frenkel defects are often associated with?
Frenkel defects are often associated with high temperatures and pressures. However, these conditions are rarely found in nature. Instead, they are created artificially in laboratories using powerful lasers.