Explore the efficient Circular Mil to Barn Converter, a tool crafted by Newtum to simplify unit conversion. Dive into the world of precise measurements and satisfy your curiosity with this user-friendly tool.
A Circular Mil is a unit of area used primarily in the United States to define the cross-sectional size of wires. It is equivalent to the area of a circle with a diameter of one mil (one thousandth of an inch). The larger the circular mil, the thicker the wire and the greater its capacity to carry current.
Definition of BarnA barn is a non-SI unit of area that's used in nuclear physics to quantify the cross-sectional area of nuclei and nuclear reactions. Originally coined to convey a large area for nuclear targets, one barn is equivalent to 10^-28 square meters. Despite its whimsical name, a barn is a critical unit in particle physics.
| Circular Mil (cmil) | Barn (b) |
|---|---|
| 1000 cmil | 1.55E-02 b |
| 2000 cmil | 3.10E-02 b |
| 3000 cmil | 4.65E-02 b |
| 4000 cmil | 6.20E-02 b |
| 5000 cmil | 7.75E-02 b |
| 6000 cmil | 9.30E-02 b |
| 7000 cmil | 1.09E-01 b |
| 8000 cmil | 1.24E-01 b |
| 9000 cmil | 1.40E-01 b |
| 10000 cmil | 1.55E-01 b |
Example 1:
Convert 5000 cmil to barns:
5000 cmil = 5000 × 1.55E-05 b = 7.75E-02 b
Example 2:
Convert 15000 cmil to barns:
15000 cmil = 15000 × 1.55E-05 b = 2.325E-01 b
A brief history of the Circular Mil to Barn Converter traces back to the needs of electrical engineering and nuclear physics. Electrical standards necessitated a unit for wire cross-sections, while nuclear physics required a measure for scattering cross-sectional areas, leading to the development of these unique units of measurement.
Discover how the Circular Mil to Barn Converter is applied in real-world scenarios, bridging the gap between theoretical physics and practical engineering.
Example 1: To convert 10,000 cmil to barns, you enter 10000 cmil and receive 0.155 barns as the result.
Example 2: Converting 50,000 cmil yields 0.775 barns, showcasing the tool's usefulness for larger-scale conversions.
