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Single-Particle Electrodynamics - Assassination Science

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Section B.2: The electromagnetic field<br />

The definition of the electromagnetic field strength tensor F (x) in terms of<br />

the four-potential A(x) is given. The Maxwell equations are listed in various<br />

forms. The dual field strength tensor ˜F (x) is defined. Explicit components<br />

are listed for F and ˜F .<br />

Various quadratic identities involving products of F and ˜F , that are not<br />

commonly known, are listed.<br />

Section B.3: Three-vectors<br />

Various identities are listed for three-vector operations. These are a copy of<br />

those given in the front cover of Jackson [113], and are listed here only for<br />

convenience.<br />

Section B.4: Alternating functions<br />

The connection between the three- and four-dimensional alternating functions,<br />

according to the sign convention established in Section A.5.4, is listed.<br />

The contractions of two four-dimensional alternating functions over one, two,<br />

three and four indices are given explicitly.<br />

Section B.5: Four-vector cross-product<br />

Explicit components for the four-vector cross-product operation, defined in<br />

Section A.8.10, are given. Cyclic invariance of the four-cross-product is illustrated.<br />

Section B.6: Radiation reaction gradients<br />

Various explicit expressions are given for the gradients of field expressions in<br />

some given direction. These are used for the gradient-force radiation reaction<br />

calculations in Chapter 6.<br />

31

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