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The satellite is being designed by the same company that introduced ROFAR radars for aircrafts.
Новости
РТИ — группа компаний, специализирующихся на разработке ПО, средствах связи, создании и обслуживании вычислительной инфраструктуры.
www.aorti.ru
"RTI will create a THz range locator
10/10/2019
Two enterprises of the RTI group: JSC Radiotechnical Institute named after Academician A.L. Mintsa (JSC RTI) and JSC NPK NIIDAR (NIIDAR) will conduct a joint experiment to evaluate the characteristics of the terahertz (THz) locator. This decision was made at a scientific seminar held in September.
Next year, NIIDAR and RTI JSC will conduct the first joint experiment using a THz locator and a high-performance experimental flight test complex ELIK. The experiment will consist in the detection of people and various biomaterials (for example, oil), as well as remote sensing of the Earth through the use of THz technology.
THz technologies have extremely broad prospects for application in various civilian and military spheres, among them we can distinguish such as: high-precision location systems (LS) operating in a complex electromagnetic environment; radio electronic systems (RES); high speed communication lines; medical equipment; security systems and others. Conducting an experiment in the framework of the ELIK project will allow combining the scientific potential of two enterprises to develop technologies for creating signal structures for a THz locator and processing radar data. The creation of a THz locator will open up the possibility of accumulating information for a database on the reflectivity of objects in the THz range.
“We plan to focus joint efforts and resources on the implementation of a specific and demanded by potential customers project on the use of THz radiation in security systems. In this regard, much work remains to be done on the use of competencies and the scientific backlog of not only RTI JSC, but also MARGU, ”said A.N. Leukhin, Deputy General Director for Research
If the experiment is successful, the ELIK complex, which currently operates in the centimeter and decimeter ranges, will be supplemented by the millimeter wavelength range. This will allow the formation of radar images with a larger placement capacity of less than 10 cm."
10/10/2019
Two enterprises of the RTI group: JSC Radiotechnical Institute named after Academician A.L. Mintsa (JSC RTI) and JSC NPK NIIDAR (NIIDAR) will conduct a joint experiment to evaluate the characteristics of the terahertz (THz) locator. This decision was made at a scientific seminar held in September.
Next year, NIIDAR and RTI JSC will conduct the first joint experiment using a THz locator and a high-performance experimental flight test complex ELIK. The experiment will consist in the detection of people and various biomaterials (for example, oil), as well as remote sensing of the Earth through the use of THz technology.
THz technologies have extremely broad prospects for application in various civilian and military spheres, among them we can distinguish such as: high-precision location systems (LS) operating in a complex electromagnetic environment; radio electronic systems (RES); high speed communication lines; medical equipment; security systems and others. Conducting an experiment in the framework of the ELIK project will allow combining the scientific potential of two enterprises to develop technologies for creating signal structures for a THz locator and processing radar data. The creation of a THz locator will open up the possibility of accumulating information for a database on the reflectivity of objects in the THz range.
“We plan to focus joint efforts and resources on the implementation of a specific and demanded by potential customers project on the use of THz radiation in security systems. In this regard, much work remains to be done on the use of competencies and the scientific backlog of not only RTI JSC, but also MARGU, ”said A.N. Leukhin, Deputy General Director for Research
If the experiment is successful, the ELIK complex, which currently operates in the centimeter and decimeter ranges, will be supplemented by the millimeter wavelength range. This will allow the formation of radar images with a larger placement capacity of less than 10 cm."
Will provide updates on project from their website.