2C1UL

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2C1UL is short for two-channel continuum counter with ultrasonic size separation and is a type of particle size analysis instrument. It is widely used in various industries such as chemical engineering, pharmaceuticals, food, cosmetics, detergents, coal, minerals and other industries to analyze the particle size distribution of granular and powdery materials.

The 2C1UL largely consists of a double-channel photometer counter, probes, a pressure regulator, a concentrator, an electronic balance, an ultrasonic cleaning machine, an ultrasonic generator, and a computer to display outputs. In operation, the sample is first put into the sample cup and then filled with a detergent solution for cleaning. Then it is centrifuged. The supernatant liquid is then put into the concentrating machine to separate the sample size components.

After separating the sample component, an ultrasonic generator is then used to ultrasonically investigate each size part to measure the size and weight of each component. Finally, the resultant information will be sent to a computer by a double-channel photometer counter, where it is further processed and stored in a database. This information can then be used to precisely analyze the particle size distribution of the sample.

The 2C1UL particle size analysis instrument makes use of the dual-channel chromatographic detection technique. In this technique, the sample is first separated into two columns based on size, and then the columns are photoelectrically detected by two separate detectors or two sets of combined detector. This enables the instrument to detect even the smallest changes in the concentration within the sample, providing a precise measurement of the amount and size of particles classified into two separate categories.

The 2C1UL particle size analysis instrument also has the advantage of being able to measure the size and distribution of the sample\'s particles in a granular or powdery form. This is done by passing the sample through a probe that is controlled by an electronic balance. This balance then measures the mass and the particle size of the sample and converts it into a data form that can be stored in the computer. This information can be further used to get a detailed analysis of the sample\'s particle size.

Apart from its use in particle size analysis, the 2C1UL particle size analysis instrument is also widely used in other research fields. It can be used to measure the porosity of certain materials such as ceramic, rock or soil. It can also be used to assess the homogeneity of a sample and can be used in medical diagnostics. It can also be used in research areas such as heat transfer and smoke studies.

In summary, the 2C1UL particle size analysis instrument is an invaluable tool used in many different industrial and research fields. It is capable of providing precise measurement of the particle size distribution of granular and powdery materials, and can be used for a variety of purposes. Thus, it can be said that the 2C1UL particle size analysis instrument is an indispensable tool for the modern scientist and engineer.

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