What Is This Tool?
This converter allows you to transform pressure measurements from kilogram-force per square meter, a non-SI unit used historically in engineering and industrial contexts, into dyne per square centimeter, a CGS system unit prevalent in scientific research and legacy literature.
How to Use This Tool?
-
Enter the pressure value in kilogram-force per square meter.
-
Select kilogram-force/square meter as the original unit and dyne/square centimeter as the target unit.
-
Click the convert button to obtain the pressure value in dyne per square centimeter.
-
Use the converted value for comparing or analyzing data between metric and CGS systems.
Key Features
-
Converts pressure units from kilogram-force/square meter (kgf/m²) to dyne/square centimeter (dyne/cm²).
-
Supports translation of legacy gravitational metric pressure values to CGS units.
-
Ideal for users working with historical scientific documents or experimental data involving low pressures.
-
Browser-based and easy to use with straightforward input and output format.
Examples
-
5 Kilogram-force/square meter converts to 490.3325 Dyne/square centimeter.
-
0.1 Kilogram-force/square meter converts to 9.80665 Dyne/square centimeter.
Common Use Cases
-
Converting legacy engineering pressure specifications using gravitational metric units.
-
Expressing small pressures or stresses in older scientific literature and research.
-
Comparing historical data in astrophysics, plasma physics, or materials science using CGS units.
-
Reporting low gas or vacuum pressures in laboratory experiments retaining CGS units.
Tips & Best Practices
-
Verify the context of data to ensure the correct unit system is applied.
-
Use this converter to translate between metric and CGS units for consistency in scientific analysis.
-
Be aware that kilogram-force per square meter is a non-SI unit, so double-check acceptance in standards.
-
Consider additional unit conversions if combining data from multiple unit systems for comprehensive results.
Limitations
-
Kilogram-force/square meter is not an SI unit and may not be accepted universally in scientific settings.
-
Conversion accuracy depends on the standard gravitational acceleration value (9.80665 m/s²).
-
Switching between SI and CGS unit systems can require further adjustments for full compatibility.
Frequently Asked Questions
-
What does kilogram-force per square meter measure?
-
It is a non-SI pressure unit that quantifies the force of one kilogram-force applied uniformly over a square meter area.
-
Why convert kilogram-force/square meter to dyne/square centimeter?
-
This conversion helps translate legacy gravitational metric pressure units into CGS units for use in physics, engineering analyses, and historical data comparisons.
-
Is kilogram-force per square meter accepted in modern scientific standards?
-
It is a non-SI unit and may not be accepted for all scientific or technical standards; many modern applications prefer SI units.
Key Terminology
-
Kilogram-force per square meter (kgf/m²)
-
A pressure unit equal to the force of one kilogram-force exerted uniformly on one square meter, commonly used in legacy engineering contexts.
-
Dyne per square centimeter (dyne/cm²)
-
A CGS pressure unit equivalent to one dyne of force applied over one square centimeter, also known as barye.
-
Conversion Rate
-
The factor used to translate values between kilogram-force/square meter and dyne/square centimeter; 1 kgf/m² equals 98.0665 dyne/cm².