"Orbital injection" refers to the process of placing a spacecraft into a pre-determined orbit around a celestial body, such as Earth or another planet, using a propulsion system. This term is often used in aerospace engineering and space exploration contexts. The frequency of use is relatively high in technical or scientific discussions, tutorials, and literature regarding space missions. It is more commonly found in written form, especially in academic papers or news articles about space exploration.
Спутник успешно завершил свою орбитальную инъекцию, позволяя ему начать свою миссию по мониторингу изменения климата.
Engineers must carefully calculate the parameters for orbital injection to ensure that the spacecraft arrives at its intended orbit.
Инженеры должны тщательно рассчитать параметры для орбитальной инъекции, чтобы гарантировать, что космический аппарат достигнет своего целевого орбиты.
After the orbital injection, the spacecraft deployed its solar panels to generate power.
While "orbital injection" itself isn't commonly used in idiomatic expressions, it plays a significant role in the context of space travel and engineering phrases. Some related terms in this context include:
Ракета взлетит на орбиту ровно в 15:00.
Reach escape velocity
Космическому аппарату нужно достичь скорости побега, прежде чем он сможет начать орбитальную инъекцию.
The final frontier
Космос всегда считался последним рубежом для человечества, особенно с развитием технологий орбитальной инъекции.
Space race
The term "orbital" comes from the Latin word "orbita," meaning "track" or "path," which refers to the path taken by an object in space. "Injection" derives from the Latin "iniectio," meaning "a throwing in," which has evolved in English to denote the act of introducing something (like fuel or a spacecraft) into a particular area or environment.
This comprehensive overview encapsulates various aspects of "orbital injection" for a better understanding of its usage and significance in the context of aerospace engineering.