Convert Atmosphere Technical to Pascal
Atmosphere Technical
The technical atmosphere (at) is a unit of pressure defined as 1 kilogram-force per square centimeter (kgf/cm²). It is not an SI unit but is used in some engineering contexts.
The technical atmosphere was introduced to provide a convenient unit for pressure measurements in engineering. It is defined as 1 kgf/cm², which is approximately equal to 98.0665 kPa.
Pascal
The pascal (Pa) is the SI unit of pressure, defined as one newton per square meter (N/m²). It quantifies force per unit area and is commonly used to measure pressure, stress, and tensile strength. Mathematically: 1 Pa = 1 N/m² = 1 kg·m⁻¹·s⁻².
The unit is named after Blaise Pascal (1623–1662), a French mathematician, physicist, and inventor known for his significant contributions to fluid mechanics and the study of pressure. His work on the principles of hydraulic fluids, including Pascal's Law, laid the foundation for modern fluid dynamics. The pascal as a unit was officially adopted in 1971 by the General Conference on Weights and Measures (CGPM) as part of the International System of Units (SI).
Convert Atmosphere Technical to other pressure-converter units
1 Atmosphere Technical = 98066.5 Pascal
1 Atmosphere Technical = 98.0665 Kilopascal
1 Atmosphere Technical = 9.80665e-14 Exapascal
1 Atmosphere Technical = 9.80665e-11 Petapascal
1 Atmosphere Technical = 9.80665e-8 Terapascal
1 Atmosphere Technical = 0.0000980665 Gigapascal
1 Atmosphere Technical = 0.0980665 Megapascal
1 Atmosphere Technical = 980.665 Hectopascal
1 Atmosphere Technical = 9806.65 Dekapascal
1 Atmosphere Technical = 980665 Decipascal
1 Atmosphere Technical = 9806650 Centipascal
1 Atmosphere Technical = 98066500 Millipascal
1 Atmosphere Technical = 98066500000 Micropascal
1 Atmosphere Technical = 98066500000003 Nanopascal
1 Atmosphere Technical = 98066500000002720 Picopascal
1 Atmosphere Technical = 98066500000002700000 Femtopascal
1 Atmosphere Technical = 9.80665e+22 Attopascal
1 Atmosphere Technical = 0.980665 Bar
1 Atmosphere Technical = 14.2233433 Pound/Square Inch
1 Atmosphere Technical = 0.0142233433 Kilopound/Square Inch
1 Atmosphere Technical = 0.967841 Atmosphere
1 Atmosphere Technical = 98066.5 Newton/Square Meter
1 Atmosphere Technical = 9.80665 Newton/Square Centimeter
1 Atmosphere Technical = 0.0980665 Newton/Square Millimeter
1 Atmosphere Technical = 98.0665 Kilonewton/Square Meter
1 Atmosphere Technical = 980.665 Millibar
1 Atmosphere Technical = 980665 Microbar
1 Atmosphere Technical = 980665 Dynes/Square Centimeter
1 Atmosphere Technical = 10000 Kilogram-Force/Square Meter
1 Atmosphere Technical = 1 Kilogram-Force/Square Centimeter
1 Atmosphere Technical = 0.01 Kilogram-Force/Square Millimeter
1 Atmosphere Technical = 1000 Gram-Force/Square Centimeter
1 Atmosphere Technical = 1.0240807181 Ton-Force (Short)/Square Foot
1 Atmosphere Technical = 0.914357784 Ton-Force (Long)/Square Foot
1 Atmosphere Technical = 0.0071116717 Ton-Force (Short)/Square Inch
1 Atmosphere Technical = 0.0063497068 Ton-Force (Long)/Square Inch
1 Atmosphere Technical = 0.0142233433 Kip-Force/Square Inch
1 Atmosphere Technical = 2048.1614362 Pound-Force/Square Foot
1 Atmosphere Technical = 14.223343307 Pound-Force/Square Inch
1 Atmosphere Technical = 65897.645501 Poundal/Square Foot
1 Atmosphere Technical = 735.55924007 torr
1 Atmosphere Technical = 73.556127271 Centimeter Mercury (0°C)
1 Atmosphere Technical = 735.56127271 Millimeter Mercury (0°C)
1 Atmosphere Technical = 28.959094963 Inch Mercury (32°F)
1 Atmosphere Technical = 29.040822068 Inch Mercury (60°F)
1 Atmosphere Technical = 1000.0275331 Centimeter Water (4°C)
1 Atmosphere Technical = 10000.275331 Millimeter Water (4°C)
1 Atmosphere Technical = 393.7117094 Inch Water (4°C)
1 Atmosphere Technical = 32.809353023 Foot Water (4°C)
1 Atmosphere Technical = 394.08984782 Inch Water (60°F)
1 Atmosphere Technical = 32.840820651 Foot Water (60°F)
1 Atmosphere Technical = 1 Atmosphere Technical