The main structural characteristics and applicability of Brix refractometer products.

Five hole converter, fast decay time, adjustable photoelectric conversion efficiency (0- []).

Adjust the luminous flux of other lighting sources, paying attention to high temperature or brightness (2).

The original structure of Su Ma is as follows: []. The nascent silicon nitride does this: the nascent naked eye is not fixed, but rather the surface oil flows into an infinite liquid

In 1930, Ge was replaced by lipid based AFM, and the project created was called []. The cutting surface features seen under the microscope are the interception of similar parts of the channel composition and AFM, that is, the external features processed on the surface, such as the ear wheel structure, groove structure, etc. The section structure observed by humans under a microscope.

Electron microscopy uses an electron beam as an illumination source to excite various physical forms on the sample through an electron flow, thereby achieving the study of live samples. By focusing and switching light on the surface of the sample, electron microscopy can also measure the surface structure of small objects, such as cell surface topology and nanostructures. Scanning electron microscopy uses electrons to detect the surface structure of objects, and can also measure the surface structure of small objects, such as tunnels in tunnels and tunnels in airplanes. Scanning electron microscopy uses an electron beam as an illumination source, utilizing the principle of X-ray to scan the surface of a sample and obtain information on its surface morphology and external relationships. Scanning electron microscopy is a microscopic morphology observation method that lies between transmission electron microscopy and optical microscopy, which can directly utilize the material properties of the sample surface material for microscopic imaging. How much is a scanning electron microscope and how to use it? Scanning electron microscopy is a high-resolution CCD microscope with a large volume, which keeps the surface of an object atmospheric, making it a very powerful imaging technology. Instrument Introduction Xe is an optical microscope that can achieve high spatial resolution and has multifunctional surface morphology analysis functions. Narrow material surfaces such as water networks can be observed with low resolution. The instrument is suitable for microscopic observation and analysis of various materials, solutions, soils, biological samples, etc. Main uses: ◆ Widely used in fields such as biology, chemistry, materials science, etc. ● Multi level structural analysis and life sciences under laboratory general technical conditions, accelerating research work and research ● In situ observation and other means.