THEORY OF DIFFRACTION IN MICROWAVE INTERFEROMETRY

[1] COURANT R, 1953, METHODS MATH PHYSICS, P468

[2] CULSHAW W, 1959, JUN P S INT NAT PHYS

[3] CUSHAW W, 1959, T IRE MTT, V7, P221

[4] Friedman B, 1956, PRINCIPLES TECHNIQUE

[5] JEFFREYS H, 1950, METHODS MATH PHYSICS

[6] JONES DS, 1956, NYU EM100 I MATH SCI

[7] BASIS OF THE APPLICATION OF NETWORK EQUATIONS TO WAVEGUIDE PROBLEMS [J]. JOURNAL OF RESEARCH OF THE NATIONAL BUREAU OF STANDARDS, 1949, 42 (05): : 515 - 540

[8] Stratton J. A., 1941, ELECTROMAGNETIC THEO, p[361, 551]

[1] COURANT R, 1953, METHODS MATH PHYSICS, P468

[2] CULSHAW W, 1959, JUN P S INT NAT PHYS

[3] CUSHAW W, 1959, T IRE MTT, V7, P221

[4] Friedman B, 1956, PRINCIPLES TECHNIQUE

[5] JEFFREYS H, 1950, METHODS MATH PHYSICS

[6] JONES DS, 1956, NYU EM100 I MATH SCI

[7] BASIS OF THE APPLICATION OF NETWORK EQUATIONS TO WAVEGUIDE PROBLEMS [J]. JOURNAL OF RESEARCH OF THE NATIONAL BUREAU OF STANDARDS, 1949, 42 (05): : 515 - 540

[8] Stratton J. A., 1941, ELECTROMAGNETIC THEO, p[361, 551]