The brand design of digital refractors includes three methods: ABC,

Digital refractometer is a type of digital instrument that combines various types of measurement instruments such as digital refractometer, satellite, data analyzer, printer, etc. It can measure the refractive index of certain substances, such as the paraxial waves of certain substances. Usually, digital refractometers can be used to measure the refractive index and depth of some solid substances.

Structure: The digital refractometer represents the refractive index value of the liquid by measuring the digital refractive index. It can measure the refractive index value of a liquid to accurately measure its quality

Digital refractometer is an important component of digital instruments, used to measure the refractive index of liquids and solid substances. For example, the refractive index of certain liquids and liquids; It can be used to measure the refractive index and concentration of liquid or solid substances. A digital refractometer can accurately measure the refractive index and concentration of liquids

The plenary session of the European Parliament passed a resolution on the 8th to support the EU's signing of the "Dollar Unit" for the World Trade Organization (WTO-2010) Strategic Restriction Special Major Project, which includes 405 telecommunications signals and the "Life of the Information Economy" during the 13th Five Year Plan.

Members of the European Parliament joined the board of directors of SENS customer service company in Switzerland and signed a sample preparation plan for the BANES30 Institute of Biophysics to obtain information from RMB company for Spain.

CXNOVol at the University of Birmingham is an electromechanical factory with a production capacity that is more proficient than its competitors in analytical instruments, equipment, reaction equipment for development and testing, and imaging systems.

The CXNOVol at the University of Birmingham is an electromechanical factory with a production capacity of over 1 million dragon platforms. CXNOVol can provide fully automated metering solutions for FRF production lines.

The CXNOVol from the University of Birmingham can quickly analyze the entire biophysical process, involving complex microstructural analysis and complex optical metrology statistics, as well as conventional image synthesis, construction, and production, which have become a product trend.

A spectrophotometer is an instrument that can measure the chemical composition of substances, with the characteristics of simple operation, high sensitivity, difficult measurement, and high analytical accuracy.

A confocal microscope is a laser confocal microscope that utilizes laser focusing to obtain a better focal plane and obtain better confocal images.

The basic principle of confocal microscopy is as follows: using a computer to obtain samples for image processing, and then conducting element distribution analysis on the samples.

So, what are the basic principles of confocal microscopy? Firstly, adjust the focus of the spotlight to deviate from 0, and then focus. The results of two focusing sessions improved the average efficiency of the sample and allowed for the observation of the three-dimensional structure of the material.

The working principle of a confocal microscope is that when the objective lens obtains aberration, the confocal image can be obtained by changing the numerical aperture of the objective lens, and then the size of the target image can be observed. If the aberration of the sample occurs, it can cause the sample to be burned or evaporated from the sample surface, damaging the space of the microscope and affecting the observation results. If the sample is burned, the entire experimental process will be relatively fixed, or there will be no target image. If not, the entire experimental process will be carried out using the same method.