A colorimeter is a device used in chemistry to determine the
absorption or transmittance of a color sample solution and it is working on the
base of Beer Lambert's law. The photoelectric colorimeter is a precision
instrument intended to be used in the different colorimetric analysis, such as
analysis of water, building materials, chemicals, food ingredients, analysis of
soil components, textile products, and used in various manufacturing. It is
easy to work, robust and precise.
The working principle of colorimeter:
You may also like this
Principle
and Procedure of Colorimeter
What is the principle of colorimeter?
What are the types of colorimeters?
What are the applications of colorimetry?
What are the uses of colorimetry?
Advantages and disadvantages of colorimetry
What are the advantages of colorimeter?
Why are Buffer Solutions used to Calibrate the pH Meter
Why is conductivity important in the water?
Factors affecting conductivity
Different Types of Conductometric Titration
Working Principle of Flame Photometer
pH Determination Methods
pH Meter Electrode Maintenance
pH Meter Principle and Applications
General Applications of Flame Photometry
Principle of Karl Fischer Titration
What is the principle of colorimeter?
What are the types of colorimeters?
What are the applications of colorimetry?
What are the uses of colorimetry?
Advantages and disadvantages of colorimetry
What are the advantages of colorimeter?
Why are Buffer Solutions used to Calibrate the pH Meter
Why is conductivity important in the water?
Factors affecting conductivity
Different Types of Conductometric Titration
Working Principle of Flame Photometer
pH Determination Methods
pH Meter Electrode Maintenance
pH Meter Principle and Applications
General Applications of Flame Photometry
Principle of Karl Fischer Titration
No comments:
Post a Comment