Effect of Electrolytes: 1. Coagulation or Precipitation: Addition of electrolytes to colloidal dispersions can lead to coagulation or precipitation of the colloidal particles. This occurs due to the neutralization of surface charges on the colloidal particles by oppositely charged ions from the electrolyte, reducing the electrostatic repulsion between particles. As a result, the particles come…
Colloidal particles exhibit diverse sizes and shapes, ranging from nanoparticles to microparticles with spherical, elongated, or irregular geometries. Understanding the size and shapes of colloidal particles is crucial for designing and tailoring their properties for specific applications in fields such as nanotechnology, materials science, and biomedicine. Classification of Colloids Colloids are heterogeneous mixtures composed of…
Introduction: Colloidal particles exhibit a wide range of sizes and shapes, influencing their behavior, properties, and applications. Understanding the size and shapes of colloidal particles is essential for various fields, including chemistry, materials science, and biotechnology. This detailed note will explore the diverse sizes and shapes of colloidal particles, along with relevant examples. Size of…
Colloidal dispersions are heterogeneous biphasic systems in which one substance is dispersed as extremely fine particles in another continuous medium. The dispersed particles are larger than those present in true solutions but smaller than those in coarse suspensions, generally lying in the range of 1 nm to 500 nm (or up to 1000 nm in…
Notes aur Pharmacy Jobs ki notification pane ke liye Telegram group join karein!
Join Now