…A rocket engine is used as an auxiliary to increase thrust from takeoff until the aircraft can fly stably when it is difficult to take off using only the aircraft's own propulsion system. This type of takeoff method is called RATO (short for rocket assisted take off). It takes advantage of the characteristics of a rocket engine, which is small and lightweight and can produce a large thrust in a short time. Although it depends on the time it is used, a solid rocket engine is usually used. … From [Booster]… In rare cases, the engines of each stage of a multi-stage rocket are called first stage boosters, second stage boosters, etc. [Ryojiro Akiba] In the case of airplanes, rocket engines have been used in the past to shorten the takeoff distance (this method is called RATO (short for rocket assisted take off), and the rockets used for this are called takeoff assist rockets), but they are rarely used today. In the field of electrical engineering, boosters are used to refer to generators and transformers that step up voltage to compensate for voltage drops, or amplifiers connected between the antenna and the television receiver. … From [Takeoff Assist Rocket]…A rocket engine is used as an auxiliary to increase thrust from takeoff until the aircraft can fly stably when it is difficult to take off using only the aircraft's own propulsion system. This type of takeoff method is called RATO (short for rocket assisted take off). It takes advantage of the characteristics of a rocket engine, which is small and lightweight and can produce a large thrust in a short time. Although it depends on the time it is used, a solid rocket engine is usually used. … *Some of the terminology that mentions "RATO" is listed below. Source | Heibonsha World Encyclopedia 2nd Edition | Information |
…航空機自身の推進装置のみでは離陸困難な場合に,離陸から安定に飛行しうるようになるまでの間,推力を増大するために補助的に使用されるロケットエンジン。このような離陸方法をラトーRATO(rocket assisted take offの略)と呼ぶ。小型軽量で短時間に大推力を出せるロケットエンジンの特性を利用したもので,使用秒時によるが,通常固体ロケットエンジンが使われることが多い。… 【ブースター】より… まれには多段ロケットの各段エンジンを第1段ブースター,第2段ブースターなどの名で呼ぶことがある。【秋葉 鐐二郎】 飛行機の場合,離陸時に離陸距離の短縮などを目的としてロケットエンジンを用いたこともあるが(このような方法をRATO(ラトー)(rocket assisted take offの略),これに用いられるロケットを離陸補助ロケットという),現在ではほとんど実用されていない。なお,電気工学の分野では電圧降下を補う昇圧用の発電機や変圧器,あるいはアンテナとテレビ受像機の間に接続される増幅器などのことをブースターと呼んでいる。… 【離陸補助ロケット】より…航空機自身の推進装置のみでは離陸困難な場合に,離陸から安定に飛行しうるようになるまでの間,推力を増大するために補助的に使用されるロケットエンジン。このような離陸方法をラトーRATO(rocket assisted take offの略)と呼ぶ。小型軽量で短時間に大推力を出せるロケットエンジンの特性を利用したもので,使用秒時によるが,通常固体ロケットエンジンが使われることが多い。… ※「RATO」について言及している用語解説の一部を掲載しています。 出典|株式会社平凡社世界大百科事典 第2版について | 情報 |
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