Ultrahigh: meaning, definitions and examples
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ultrahigh
[ ˌʌltraˈhaɪ ]
scientific measurement
The term 'ultrahigh' refers to a level of measurement or a condition that is exceedingly high or beyond the usual limits. For instance, it can apply to frequencies, pressures, or other quantifiable properties in scientific and technical contexts. Ultrahigh is often used in fields such as physics, engineering, and telecommunications. This term signifies that the values are significantly above normal or expected ranges, emphasizing exceptional characteristics.
Synonyms
exceedingly high, extreme, superior.
Examples of usage
- Ultrahigh frequency (UHF) is used in radio and television broadcasting.
- The ultrahigh pressure chamber is designed to test materials under extreme conditions.
- Ultrahigh definition video provides an immersive viewing experience.
Translations
Translations of the word "ultrahigh" in other languages:
🇵🇹 ultrarrápido
- ultrafino
- ultracompacto
🇮🇳 अल्ट्रा हाई
- अत्यधिक
- बहुत उच्च
🇩🇪 ultrahoch
- extrem hoch
- sehr hoch
🇮🇩 ultra tinggi
🇺🇦 ультрависокий
- надвисокий
- дуже високий
🇵🇱 ultrawysoki
🇯🇵 ウルトラハイ
- 超高い
- 極めて高い
🇫🇷 ultrahaut
- très haut
- extrêmement haut
🇪🇸 ultrarrápido
- extremadamente alto
- muy alto
🇹🇷 ultra yüksek
🇰🇷 초고
🇸🇦 فائق الارتفاع
🇨🇿 ultravysoce
🇸🇰 ultravysočný
🇨🇳 超高
- 极高
- 超级高
🇸🇮 ultravisok
🇮🇸 ultra há
🇰🇿 ультра жоғары
🇬🇪 ულტრას მაღალი
🇦🇿 ultra yüksək
🇲🇽 ultrarrápido
- extremadamente alto
- muy alto
Etymology
The prefix 'ultra-' comes from the Latin word 'ultra', meaning 'beyond' or 'on the other side of'. It has been used in English since the late 19th century to denote concepts or conditions that exceed normal limits. 'High', derived from the Old English 'heah', has been part of the English language for centuries, used to describe elevation or significant levels in various contexts. When combined, 'ultrahigh' emerged to encapsulate the idea of exceeding high levels, particularly in scientific and technical realms. The usage of the term has proliferated with advancements in technology, particularly in telecommunications, where significant distinctions in frequencies have become crucial.