2E20UM

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2E20UM is a type of nitrogen laser pulse compressor. It has a variety of applications and working principles. Here we will look at them in detail.

Application Fields of 2E20UM

The 2E20UM can be used in a number of different fields. The device is mainly used in laser technology and medicine. It is especially suitable for applications related to medical, scientific and engineering research. The 2E20UM is frequently used in medical and scientific field for its reliability and accuracy. In laser technology, the pulse compressor is used to compress laser pulses of various wavelengths to a few picoseconds or femtoseconds.

The 2E20UM pulse compressor can also be used in basic research, due to its robust and accurate performance. It is perfect for applications such as aerosol research, interferometry and optical coherence tomography. The device is also used in the field of biophysical research, as it can control the light intensity of pulsed lasers. This makes it perfect for research of photosynthesis, photosensitization and nanoparticles.

Working Principle of 2E20UM

The working principle of the 2E20UM pulse compressor is based on nonlinear optics. It uses a nonlinear optical medium, which is a material that has nonlinear optical properties. This medium is usually made from a mixture of acrylate or silicon, and it is placed in the path of a light beam. When the light beam interacts with the nonlinear optical medium, the intensity of the light beam is increased and the pulse duration is shortened.

The 2E20UM pulse compressor is constructed from two main components. The first is a pair of high reflectance cavity mirrors that are separated by a small distance. The second component is the nonlinear optical medium that is incorporated between the two cavity mirrors. When a light beam is sent into the cavity, it will undergo a process of reflection, refraction, absorption and amplification within the nonlinear optical medium. As a result, the beam will be compressed to a much shorter pulse length.

The 2E20UM pulse compressor can be used in a variety of applications. It is especially useful for medical and scientific research, as it can compress the laser pulses to extremely short durations that are perfect for achieving the rapid diagnostic results required in research. It is also very accurate and reliable, making it perfect for applications in laser technology.

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