KILOBAR Meaning and
Definition
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A kilobar is a term used in the field of geophysics and atmospheric dynamics. It refers to a unit of pressure equal to 1000 bars, where one bar is defined as the atmospheric pressure at the Earth's surface at sea level. It is derived from the metric prefix 'kilo-' which denotes a factor of one thousand. Hence, a kilobar is equivalent to one thousand times the atmospheric pressure.
The kilobar is predominantly utilized in scientific research, particularly when dealing with extreme pressures found in the Earth's interior or in astrophysical phenomena. It is a convenient unit for expressing high-pressure values that exceed the typical atmospheric range, and is commonly used to characterize and study the properties and behaviors of materials under intense pressure conditions.
In practical terms, a kilobar can be visualized as an immense amount of pressure, equivalent to around 1000 times the average pressure exerted by Earth's atmosphere at sea level. This elevated pressure level is often found deep within the Earth's mantle, as well as in deep ocean trenches or during the formation of meteorite impact craters. By utilizing kilobars as a measure, researchers can accurately describe and analyze the profound effects of extreme pressure on matter, such as phase changes, chemical reactions, and structural modifications.
Common Misspellings for KILOBAR
- jilobar
- milobar
- lilobar
- oilobar
- iilobar
- kulobar
- kjlobar
- kklobar
- kolobar
- k9lobar
- k8lobar
- kikobar
- kipobar
- kioobar
- kilibar
- kilkbar
- killbar
- kilpbar
- kil0bar
- kil9bar
Etymology of KILOBAR
The word "kilobar" is derived from two separate components: "kilo" and "bar".
The prefix "kilo" comes from the Greek word "khilioi", meaning "thousand". In the International System of Units (SI), "kilo" is used as a prefix to indicate a factor of 1000. This is commonly used to describe units of measurement, such as kilometers (1000 meters) or kilograms (1000 grams).
The term "bar" has its origins in the Greek word "baros", meaning "weight" or "pressure". It was initially used by the meteorologist William Napier Shaw in the early 20th century as a unit of pressure measurement. One bar is equivalent to 100,000 Pascals, a unit of pressure in the SI system.
