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Summarize this content to 100 words On August 13, 2023, “Roscosmos” reported that the first inclusion and transfer of data from the “Misyatsa-25” scientific equipment complex took place.”All systems of the automatic station work normally, the connection with it is stable, the energy balance is positive. Today, the flight carried out the first inclusions of the complex of scientific equipment developed by the Institute of Space Research of the Russian Academy of Sciences (ICM RAS). Service telemetry information from all devices showed their regular functioning. “The first measurement data on the flight to the Moon have been received, and the project’s scientific team has begun processing them,” Roskosmos said.The scientific equipment of “Moon-25” includes: Doppler speed and range meter (DISD-LR), lunar manipulator complex (LMK), laser mass analyzer LAZMA-LR, lunar infrared spectrometer with television support of the working field of the manipulator -RPM), active neutron and gamma ray detector (ADRON-LR), service television system (STS-L) consisting of eight cameras, panoramic analyzer of ions and neutrals ARIES-L, dust monitor (PmL) with an array of sensor sensors, as well as a unit management of scientific information (BUNI), which combines scientific instruments (except STS-L) into one system. This module controls the operation of scientific instruments, controls power supply and transmits control commands from Earth.Weight of scientific equipment (scientific instruments, lunar manipulator complex (LMK) and service television system) – 30 kg; scientific information transmission speed of at least 4 Mbit/s. It is planned that the scientific work of the station will last a year.Engineers from Earth operate the scientific equipment of “Moon-25”. Specialists of IKI RAS have already prepared dozens of cyclograms — sets of commands both for individual devices standing at the station and for various combinations. They take into account many small things: what is the temperature on the surface of the Moon at this moment, how high is the Sun, whether the solar batteries have produced enough electricity or, on the contrary, energy is in short supply.Before sending the modified cyclogram “Moon-25”, it is tested several times on Earth. For this purpose, the IKI RAS has a copy of all scientific equipment, and the Lavochkin Research Institute has a stand with copies of on-board scientific and service instruments of the aircraft. Only after the scientists and engineers are convinced that the adjustment does not lead to malfunctions of the equipment, the cyclogram will be sent to the execution of the main machine.Full description of the mission and scientific instruments of “Moon-25”. The on-board integrated computing complex (BIVK-R) is responsible for all control of the station’s equipment, including communication with the Central Control Unit. He will make decisions about management during landing. BIVK-R works on the basis of the R4000 series microprocessor. Habra users suggested that the source code of the control hardware could be written in C, C++, assembly language, or even Python.On August 12, 2023, “Roscosmos” reported that the automatic station “Luna-25” corrected the trajectory of the flight to the Moon for the first time. This procedure was carried out normally. The engine of the station turned on at 16:00 Moscow time and worked for 46 seconds.On August 11, the first Russian mission to the moon was launched from the Skhidny cosmodrome. The Soyuz-2.1b rocket with the interplanetary automatic station “Misyats-25″ launched into space at 2:10:57 Moscow time. During the next ten days, the Flight Control Center (FTC) will work around the clock, conducting communication sessions with the station every two hours.”Roscosmos” confirmed that the automatic station “Misyats-25” was placed on the trajectory of the flight to the moon and separated from the acceleration unit “Fregate”.After separation from the Frigat booster unit, the automatic station was taken over, Roscosmos explained. Judging by the received telemetry, the service and on-board systems of “Misyatsa-25” are functioning normally. The connection with the station is stable and steady, the control group works normally.The output of the automatic station to a circular orbit around the moon with a height of 100 km. is planned for August 16, and its landing is planned for August 21 in the area north of the Boguslavsky crater (the coordinates of the center of the ellipse are 69.5450 degrees south latitude and 43.5440 degrees east longitude).
the first inclusion and transfer of data from the complex of scientific equipment “Moon-25” took place
On August 13, 2023, “Roscosmos” reported that the first inclusion and transfer of data from the “Misyatsa-25” scientific equipment complex took place.
“All systems of the automatic station work normally, the connection with it is stable, the energy balance is positive. Today, the flight carried out the first inclusions of the complex of scientific equipment developed by the Institute of Space Research of the Russian Academy of Sciences (ICM RAS). Service telemetry information from all devices showed their regular functioning. “The first measurement data on the flight to the Moon have been received, and the project’s scientific team has begun processing them,” Roskosmos said.
The scientific equipment of “Moon-25” includes: Doppler speed and range meter (DISD-LR), lunar manipulator complex (LMK), laser mass analyzer LAZMA-LR, lunar infrared spectrometer with television support of the working field of the manipulator -RPM), active neutron and gamma ray detector (ADRON-LR), service television system (STS-L) consisting of eight cameras, panoramic analyzer of ions and neutrals ARIES-L, dust monitor (PmL) with an array of sensor sensors, as well as a unit management of scientific information (BUNI), which combines scientific instruments (except STS-L) into one system. This module controls the operation of scientific instruments, controls power supply and transmits control commands from Earth.
Weight of scientific equipment (scientific instruments, lunar manipulator complex (LMK) and service television system) – 30 kg; scientific information transmission speed of at least 4 Mbit/s. It is planned that the scientific work of the station will last a year.
Engineers from Earth operate the scientific equipment of “Moon-25”. Specialists of IKI RAS have already prepared dozens of cyclograms — sets of commands both for individual devices standing at the station and for various combinations. They take into account many small things: what is the temperature on the surface of the Moon at this moment, how high is the Sun, whether the solar batteries have produced enough electricity or, on the contrary, energy is in short supply.
Before sending the modified cyclogram “Moon-25”, it is tested several times on Earth. For this purpose, the IKI RAS has a copy of all scientific equipment, and the Lavochkin Research Institute has a stand with copies of on-board scientific and service instruments of the aircraft. Only after the scientists and engineers are convinced that the adjustment does not lead to malfunctions of the equipment, the cyclogram will be sent to the execution of the main machine.
Full description of the mission and scientific instruments of “Moon-25”. The on-board integrated computing complex (BIVK-R) is responsible for all control of the station’s equipment, including communication with the Central Control Unit. He will make decisions about management during landing. BIVK-R works on the basis of the R4000 series microprocessor. Habra users suggested that the source code of the control hardware could be written in C, C++, assembly language, or even Python.
On August 12, 2023, “Roscosmos” reported that the automatic station “Luna-25” corrected the trajectory of the flight to the Moon for the first time. This procedure was carried out normally. The engine of the station turned on at 16:00 Moscow time and worked for 46 seconds.
On August 11, the first Russian mission to the moon was launched from the Skhidny cosmodrome. The Soyuz-2.1b rocket with the interplanetary automatic station “Misyats-25” launched into space at 2:10:57 Moscow time. During the next ten days, the Flight Control Center (FTC) will work around the clock, conducting communication sessions with the station every two hours.
“Roscosmos” confirmed that the automatic station “Misyats-25” was placed on the trajectory of the flight to the moon and separated from the acceleration unit “Fregate”.
After separation from the Frigat booster unit, the automatic station was taken over, Roscosmos explained. Judging by the received telemetry, the service and on-board systems of “Misyatsa-25” are functioning normally. The connection with the station is stable and steady, the control group works normally.
The output of the automatic station to a circular orbit around the moon with a height of 100 km. is planned for August 16, and its landing is planned for August 21 in the area north of the Boguslavsky crater (the coordinates of the center of the ellipse are 69.5450 degrees south latitude and 43.5440 degrees east longitude).
