| 释义 |
Definition of line integral in English: line integralnoun Mathematics The integral, taken along a line, of any function that has a continuously varying value along that line. Example sentencesExamples - Perhaps the most famous example of this is Stokes' theorem in vector calculus, which allows us to convert line integrals into surface integrals and vice versa.
- A formula for the line integral of the geodesic curvature along a closed curve is known as the Gauss Bonnet theorem.
- Theoretically, substituting line integrals with surface integrals, we can proceed exactly as in the biallelic case but at an extremely high computational cost.
- To aid in the characterization of materials that exhibit multiple optical properties, Jones developed an approach by which a sample matrix may be generated from a line integral of differential elements.
Definition of line integral in US English: line integralnoun Mathematics The integral, taken along a line, of any function that has a continuously varying value along that line. Example sentencesExamples - A formula for the line integral of the geodesic curvature along a closed curve is known as the Gauss Bonnet theorem.
- Theoretically, substituting line integrals with surface integrals, we can proceed exactly as in the biallelic case but at an extremely high computational cost.
- Perhaps the most famous example of this is Stokes' theorem in vector calculus, which allows us to convert line integrals into surface integrals and vice versa.
- To aid in the characterization of materials that exhibit multiple optical properties, Jones developed an approach by which a sample matrix may be generated from a line integral of differential elements.
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