Chemical Analysis

Chemical analysis is usually done for a various types of reasons. This includes identification of the material and its properties. It aids for understanding the physical, motorized and corrosion characteristic of a certain material.

The Two Types of Chemical analysis

Chemical analysis is basically two types. They are called qualitative analysis and quantitative analysis. In case of qualitative analysis, a chemical estimation is basically carried out on a certain material at a time. The material is called as the analyte.

In the first step of the chemical analysis, the individual figures out the different properties of the material which are exceptional. There can be certain properties which are exceptional to the material. After the chemical test, analysis is done to look for the unique property and then the results are compared.

After the qualitative analysis has been executed, quantitative analysis is carried out. This process basically figures the amount of a certain chemical in the material.

This again is carried out in various tests which make use of the consequences of the quantitative analysis.

What are the various applications of the chemical analysis?

There are various ranges of application of the chemical analysis. Some of them are mentioned below. Gravimetric studies are used to detect the quantity of an analyte. It is done by calculating the weight before and after a process. Titration is also another method which is usually done when reactive substance is added. Mass spectrometry is another field which chemical analysis is incorporated.

Here it is used to determine the property of the analyte with the help of a magnet and electric fields. This is then used to calculate the ratio of mass and charge of the molecules. Chemical analysis is also used in microscopy which is very important in the analytic procedures of the microscope. The image of individual molecules, cells and particles in the organic sample are also very useful.

To determine the characteristics and properties of analyte, spectroscopy is used. It is based on the calculation of the interactions of the analyte with that of the electromagnetic radiation.

There are various spectroscopic techniques and devices which different chemicals and devices like x rays, UV rays, infrared rays and many others for chemical analysis applications.

Other applications includes like crystallography which is used to look for the diffraction patterns developed by the contact of x rays, electrophoresis and chromatography.