GS2-10-HE

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The GS2-10-HE is a multi-functional miniaturized, lightweight probe module. It has wide application fields and working principles, which make it an ideal helper for research and development.

In the medical industry, the GS2-10-HE can be used as an analyzer of cellular and plasma components, providing precision analysis of specific cells and proteins in tissue samples. This probe has also been used as an imaging system in medical laboratories or hospitals, with its high-precision three-dimensional images enabling diagnostics of the cellular components in the tissue. Additionally, the GS2-10-HE can be used for the research and development of new drugs.

In industrial research and engineering, the GS2-10-HE is a powerful tool for examining tiny irregularities in the structure of solid materials. It can also be used to measure and analyze the properties of substances in order to develop more sophisticated materials, such as semiconductors, nanorobots, and chemical coatings. Additionally, it can be used to develop prototype components due to its high accuracy and fine detail.

The GS2-10-HE is also used for physics and space research. Because of its light and compact size, it can be used to map out large regions of the space and detect the magnetic fields generated by stars or planets. Additionally, it has been used on the International Space Station to measure the energy produced by particles. Finally, the GS2-10-HE is used to build astronomical telescopes, which often require extremely detailed and precise measurements in order to observe distant galaxies.

The GS2-10-HE’s working principle is based on scanning tunneling microscopy (STM). This technique combines a range of instruments, such as a scanning tunneling microscope, to measure the electric currents generated by the sample being examined. The microscope has a pair of tiny plates used to measure the electric current. As the plate moves along the surface of the sample, the electric current is detected and recorded, enabling detailed information about the surface to be captured.

The GS2-10-HE is an incredibly valuable tool, due to its wide range of application fields and working principles. It has been used to analyze, develop, and study everything from medical samples to space particles. Its scanning tunneling microscopy working principle allows it to measure the smallest irregularity in a sample, making it an invaluable research and development aid.

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