Definition of Maxwell's equations in English:

Maxwell's equations

plural nounˈmakswɛlz

Physics

A set of four linear partial differential equations which summarize the classical properties of the electromagnetic field.
〔物理〕麦克斯韦方程组
Example sentencesExamples
- In essence, the special theory is the result of a marriage of Newton's equations of motion with Maxwell's equations describing radiation.
- A contradiction arose as a consequence of the development of a very successful theory of electricity and magnetism in the nineteenth century, which is embodied in a set of differential equations known as Maxwell's equation.
- For example, in this limit, the quantum photon field behaves like the classical electromagnetic field as described by Maxwell's equations.
- Then the effective conductivity of a cell suspension was calculated using a generalized Maxwell's equation, whereas numerically, the effective conductivity was calculated directly.
- He gave his famous four partial differential equations, now known as Maxwell's equations, which completely describe classical electromagnetic theory.

Origin

Early 20th century: named after J. C. Maxwell (see Maxwell, James Clerk).

Definition of Maxwell's equations in US English:

Maxwell's equations

plural noun

Physics

A set of four linear partial differential equations which summarize the classical properties of the electromagnetic field.
〔物理〕麦克斯韦方程组
Example sentencesExamples
- A contradiction arose as a consequence of the development of a very successful theory of electricity and magnetism in the nineteenth century, which is embodied in a set of differential equations known as Maxwell's equation.
- He gave his famous four partial differential equations, now known as Maxwell's equations, which completely describe classical electromagnetic theory.
- In essence, the special theory is the result of a marriage of Newton's equations of motion with Maxwell's equations describing radiation.
- For example, in this limit, the quantum photon field behaves like the classical electromagnetic field as described by Maxwell's equations.
- Then the effective conductivity of a cell suspension was calculated using a generalized Maxwell's equation, whereas numerically, the effective conductivity was calculated directly.

Origin

Early 20th century: named after J. C. Maxwell (see Maxwell, James Clerk).

单词	Maxwell's equations
释义	Definition of Maxwell's equations in English: Maxwell's equations plural nounˈmakswɛlz Physics A set of four linear partial differential equations which summarize the classical properties of the electromagnetic field. 〔物理〕麦克斯韦方程组 Example sentencesExamples In essence, the special theory is the result of a marriage of Newton's equations of motion with Maxwell's equations describing radiation. A contradiction arose as a consequence of the development of a very successful theory of electricity and magnetism in the nineteenth century, which is embodied in a set of differential equations known as Maxwell's equation. For example, in this limit, the quantum photon field behaves like the classical electromagnetic field as described by Maxwell's equations. Then the effective conductivity of a cell suspension was calculated using a generalized Maxwell's equation, whereas numerically, the effective conductivity was calculated directly. He gave his famous four partial differential equations, now known as Maxwell's equations, which completely describe classical electromagnetic theory. Origin Early 20th century: named after J. C. Maxwell (see Maxwell, James Clerk). Definition of Maxwell's equations in US English: Maxwell's equations plural noun Physics A set of four linear partial differential equations which summarize the classical properties of the electromagnetic field. 〔物理〕麦克斯韦方程组 Example sentencesExamples A contradiction arose as a consequence of the development of a very successful theory of electricity and magnetism in the nineteenth century, which is embodied in a set of differential equations known as Maxwell's equation. He gave his famous four partial differential equations, now known as Maxwell's equations, which completely describe classical electromagnetic theory. In essence, the special theory is the result of a marriage of Newton's equations of motion with Maxwell's equations describing radiation. For example, in this limit, the quantum photon field behaves like the classical electromagnetic field as described by Maxwell's equations. Then the effective conductivity of a cell suspension was calculated using a generalized Maxwell's equation, whereas numerically, the effective conductivity was calculated directly. Origin Early 20th century: named after J. C. Maxwell (see Maxwell, James Clerk).
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