NKRSMRIGY

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

NKRSMRIGY (No-Key Reactive Shutter Magnetic Resonance Image Ghost Yang-Mills) is an advanced imaging technology developed by the System Development Team at the European Union\'s Autonomous Institution for Advanced Technology Research and Application (AEA-TRA). This advanced imaging technology is used in a wide range of applications such as medical imaging, aerospace engineering and materials testing. With its combination of magnetic coils and electronic signal processing components, NKRSMRIGY offers a fast, reliable and cost-effective solution for obtaining high-resolution imaging data.

The use of NKRSMRIGY in medical imaging is mainly due to its ability to capture images of organs and body tissues without the use of ionizing radiation. The main components of the system consist of a series of long cylindrical magnets around an imaging field. These magnets produce a series of high-strength magnetic fields that interact with the electromagnetic radiation associated with the target tissue undergoing imaging. As the magnetic field interacts with the radiation, it produces a signal that can be reconstructed to produce an image.

For applications such as aerospace engineering and materials testing, NKRSMRIGY is used to detect cracks and other defects in metal parts. By harnessing the magnetic fields from the magnets, it is possible to detect tiny imperfections such as cracks, deformations and fatigue cracks. Through the use of a 3D imaging system, NKRSMRIGY is able to detect these tiny imperfections with a very high degree of accuracy. This makes it ideal for applications where accuracy is crucial.

NKRSMRIGY is also used to provide a quantitative assessment of the corrosion rate of metals and other materials. By monitoring the response of the material under a variety of magnetic fields, it is possible to accurately determine the corrosion rate of the material. This can then be used to identify areas in need of repair, or to plan ahead for maintenance and repairs. The data obtained from this method can also be used to compare different materials and determine which material is better suited for a particular application.

Working inside the imaging field, the long cylindrical magnets interact with the magnetic field radiating from the target tissue. This interaction causes the magnet to move as it attempts to adjust to the new environment, registering changes in the magnetic field. These changes are then detected by the electronic signal processing component of the system and converted into a digital format. The digital signal is then passed on to the imaging device to be processed and displayed as an image.

In conclusion, NKRSMRIGY is a versatile imaging technology that can be used in a wide range of applications. Its combination of magnetic coils and electronic signal processing components make it an ideal choice for even the most demanding tasks. Thanks to its accuracy and fast processing speeds, it is quickly becoming a preferred choice for medical imaging, aerospace engineering and materials testing.

The specific data is subject to PDF, and the above content is for reference