ISRO | Chandrayan 3 | India | Space | Moon

 Indian Space Research Organization Chandrayaan-3 mission

Chandrayaan-3: India's most important Lunar Exploration Project

Introduction:

After Chandrayaan-1 and Chandrayaan-2, the Indian Space Research Organization (ISRO) has proved its excellence and is now all set to execute the Chandrayaan-3 project. This project is a new journey of India's lunar exploration mission, whose main objective is to study the high temperature of the moon, study the lunar terrain from Earth, and conduct various scientific experiments by sending a satellite lander. In this article, we will provide detailed information about the Chandrayaan-3 project.

1. Project Introduction:

Chandrayaan-3 is an Indian space mission designed to study the high temperature of the lunar surface, the natural atmosphere, and the inter-lunar versus terrestrial atmosphere. It will have a Chandrayaan satellite that will be sent to the surface of the Moon and act as a lander for experiments there. This would be an amazing achievement for the mission, allowing us to reach much deeper into the lunar surface.

2. Objectives of Chandrayaan-3 Mission:

The main objectives of the Chandrayaan-3 project are to study the temperature of the Moon and study the geo-lunar versus geo-lunar atmosphere. These will include a high-bandwidth infrared spectrometer for high-temperature characterization of the Moon and a vacuum high-energy particle counter to study the Earth-Moon versus Earth-lunar atmosphere. This will help study the Moon's temperature and the high-level radiation sent from Earth.

3. Scientific Instruments of Chandrayaan-3 Mission:

The Chandrayaan-3 project will carry various scientific instruments that will probe the surface of the Moon and its surface.

Key Tools for Studying Moon Temperature:

High-Band Infrared Spectrometer: This instrument is designed to study the high temperature of the lunar surface.

With the help of this, we can get detailed information about the high temperature of the moon and interpret the temperature of different parts of the moon's surface.

Vacuum High Energy Particles Counter:

This instrument is designed for studying the geo-lunar versus geo-lunar atmosphere. This allows us to measure the high-energy particles found on the lunar surface opposite the Moon and trace their source.

Solar Eclipse Mission (Solar Lander):

The Chandrayaan-3 project will have a solar eclipse mission that will be sent to the surface of the Moon. This lander will be transported to the lower part of the Moon's surface and will work there for experiments. A solar eclipse mission can provide information on the surface temperature of the Moon, the surface temperature as seen from Earth, and the high-level radiation produced between the Moon and Earth.

4. Mission Operations:

Indian Space Research Organization (ISRO) is working with its

 excellent scientific team to execute the Chandrayaan-3

 project. Geo-Moon versus Geo-Moon atmosphere reference

 data is being analyzed for mission operations and mission

 planning is being done accordingly. The mission will be

 carried out by the Indian Space Research Organization (ISRO)

 with the help of the New Zealand Space Mission Company

 (SCC) and the American space mission ANACOM Company

 (NKIS).

Summary

Chandrayaan-3 is an important mission for the Indian Space Research Organization (ISRO) designed to study the high-temperature characteristics of the lunar surface, natural atmosphere, and geo-lunar versus geo-lunar atmosphere. The mission will provide new information on the Moon's surface and its temperature and study the role of high-level radiation between the Moon and Earth. The Indian Space Research Organization (ISRO) has collaborated with its scientific team for the operation of Chandrayaan-3 and has taken help from New Zealand's Space Expedition Company (SCC) and American Space Expedition ANACOM Company (NKIS). This mission is a new flagship mission with renewed vigor and excellence in India's space sector, which is expected to once again maintain India's top position in space exploration and lunar exploration.