Applications of Surface Chemistry

The application of surface chemistry is a very important concept in chemistry. Surface Chemistry can be defined as the study of chemical and physical processes of two phases in the interphase and the interphase consists of liquid gas, solid-liquid, solid-gas, and solid vacuum interphase. The application of surface chemistry could be seen among many processes taking place in the world every day. Reaction with enzymes at the biological interface is found in membranes and cell walls of a body is an application of surface chemistry. Surface Chemistry plays a very important role in the production of microchips that are used in computers and laptops. Absorption is a Concept of Surface Chemistry that works on the fact that the solid surface has the nature to attract the molecules of phase with which it comes in contact. When the molecules of a species gather at the surface rather than at the bulk of any liquid or solid surface, it is known as adsorption. In the next part, a well-structured surface chemistry definition will be shown in the article. 

Surface Chemistry Definition 

In this part, the clear and appropriate definition of surface chemistry could be seen properly. So basically, surface chemistry is defined as the analysis or understanding of chemical and physical processes that take place under a certain surface interface that includes Liquid Gas, solid-liquid, solid-gas, and solid vacuum interphase. In order to understand surface chemistry, it is very important to have a clear and clean surface. Attributes and characteristics of outer boundaries of substance are popularly called Surface Chemistry properties. 

Surface Chemistry Applications 

This part will provide a brief on the surface chemistry applications in daily life. They are as follows. 

• Absorption – Absorption is an application of surface chemistry that deals with the fact that the solid surface tends to attract the molecules of the phase with which it comes in contact. When the molecules gather at the surface rather than at the bulk of any liquid or solid surface is called adsorption. 
• Catalysis – The substances that are speeded up at a rate of the chemical reaction and remain chemically quantitatively constant this is known as a catalyst. The whole process is known as the catalysis of surface chemistry. 
• Colloidal Solution – Generally, colloids are mixtures of small particles that are insoluble substances that are suspended in another substance. The actual size of suspended particles may range from 1 to 1000 nanometers. Fog, rain, mist, soil, or blood are a few examples of colloidal solutions in surface chemistry. 
• Emulsion – The emulsion is basically a liquid form of a colloidal system that is dispersed evenly and parted into droplets of another liquid. Suppose a partly miscible or immiscible liquid is being shaken and the gross dispersion of one is obtained in another one this process is known as an emulsion. 

Surface Chemistry Topics 

Surface Chemistry is the analysis and understanding of chemical and physical phenomena that take place in two-phase interphase and the interphase consists of liquid gas, solid gas, solid-liquid, and solid vacuum interphase. Surface Chemistry mainly consists of fields of surface physics and surface chemistry. Well, there are 5 most important topics in Surface Chemistry. The topics are as follows: – 

• Adsorption
• Catalysis
• Colloids
• Emulsion 

The five important topics of surface chemistry have been explained in detail in the above parts. 

Conclusion 

This article was a complete brief on the idea of the application of surface chemistry. This article shows the definition of surface chemistry in simple words with which the article also shows the application of surface chemistry in different fields and the main important topics of surface chemistry are also shown in this article. Application of Surface Chemistry is a very important concept of chemistry. Surface Chemistry is defined as the study of chemical and physical phenomena that take place in two phases of interphase which consist of liquid gas, solid gas, solid vacuum, and solid-liquid interphase.