Turkey's 'NMI' sold 'Hall Effect Measurement System' to Space Application Center

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The Turkish technology company, which is preferred by the world's important universities and laboratories with the scientific devices it has produced, has added a new ring to the success of the solution that opens doors to new technologies.

Turkey's first nanotechnology company founded in 1999 NanoMagnetics Instruments, METU Technopolis and is undertaking a scientific study conducted by the center in Technopark device with Ankara.

devices produced by the company so far, the US, Japan, European countries and Turkey was favored by many prestigious universities and laboratories.

Finally, NanoMagnetics Instruments' "Hall Effect Measurement System" will be used in the production of new technologies by the Space Application Center (SAC), a space technology advocacy organization known as India's NASA.

Voltage build up in a magnetic field through a conductor passing through it is called "hall effect". The Hall Effect Measurement System is used to understand the properties of metals and semiconductors.

SAC acts as a hub for data processing and ground systems development for communications, navigation, earth observation and planetary loads in areas such as communications, broadcasting, remote sensing, and disaster monitoring / mitigation.

SAC is also hosting training programs on satellite communications and meteorological activities of the United Nations-affiliated Asia and Pacific Center for Space Science and Technology (CSSTEAP).

The Hall Effect Measurement System will be used in a project jointly conducted by SAC and the US National Aeronautics and Space Administration (NASA). This project aims to proactively plan for disasters and to develop applications that can store and inform previously disastrous images in order to quickly and clearly recognize disaster-causing events, access to monitoring of water resources and infrastructures. For this, an infrastructure will be created that will enable radar images of surface changes globally, provide rapid sample collection, understand world processes and analyze changes.

Sensitivity behind the riffs
Electron characterization of semiconductor, organic conductive and metal oxide materials is performed with NanoMagnetics Instruments' preferred Hall Effect Measurement System among 10 products. These materials developed by nanotechnological methods are opening doors to the development of innovative products in the areas of chip technology, solar cells, material science, space technology and defense industry.

The system allows for the creation of different options such as optical, high temperature, low temperature with a very powerful and sensitive magnetic field.

The strong magnetic field created can measure the electrical behavior of the materials, the movement of the electrons in the material, the direction, the shape. The system provides superiority to the world's competitors in terms of the homogeneity of the magnetic field created. NanoMagnetics Instruments' system has fallen to 0.17 percent in this respect, while the nearest competitor and the world leader are at 0.34.

The "low temperature head" of the system components allows to achieve minus 270 degrees, plus 1000 degrees. Users need devices that reach these values to see the electrical characteristics of their specimens in space exploration.

Convenience of the material developing company
said device produced in Turkey to the country in aerospace, aviation, the company that develops materials in areas such as chip technology also offered economic solutions. Indigenous companies will be able to measure the electrical properties of the material they develop on this count, measuring the response they have given in certain conditions.

The electrical conductivity properties of the materials produced by the Hall Effect Measurement System can also be documented in accordance with standards.

https://www.nanomagnetics-inst.com/