Method of Moment (MoM) technique

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Table of contents

CHAPTER 1: INTRODUCTION
1.1 INTRODUCTION
1.2.1 RADAR CROSS SECTION (RCS):
1.2.2 RADAR RANGE EQUATION (RRE)
1.2.3 SCATTERING REGIMES
1.3 LITERATURE SURVEY
1.3.1 SCATTERING AND RADIATION FROM PERFECTLY CONDUCTING BODIES
1.3.2 SCATTERING AND RADIATION FROM IMPERFECTLY CONDUCTING BODIES
1.3.3 RADAR CROSS SECTION RCS MEASUREMENTS
CHAPTER 2: SCATERING FROM CONDUCTING BODIES OF REVOLUTION
2.1 INTRODUCTION
2.2 FORMULATION OF SCATTERING PROBLEM
2.3 MOMENT SOLUTION
2.4 EVALUATION OF DRIVING VECTOR AND FAR FIELD COMPONENTS
2.5 RADAR CROSS SECTION (RCS)
2.6 EFFICIENT PARTIAL DIFFERENTIAL EQUATION ALGORITHM (EPDEA):
2.6.1 FORMULATION OF BODY OF REVOLUTION PROBLEM
CHAPTER 3: RESULTS & DISCUSSIONS
3. RESULTS AND DISCUSSION
TABLE 3.1: THE GENERALIZED ADMITTANCE MATRIX [Y]
TABLE 3.2: REAL AND IMAGINARY PARTS AND MAGNITUDE OF THE Ρ AND Ф DIRECTED CURRENT. Ρ IS THE ARC LENGTH
TABLE 3.3: THE RADAR CROSS SECTION () WITH RESPECT TO Ѳ
TABLE 3.4: REAL AND IMAGINARY PARTS AND MAGNITUDE OF THE Ρ AND Ф DIRECTED CURRENTS. Ρ IS THE ARC LENGTH
TABLE 3.5: THE RADAR CROSS SECTION () WITH RESPECT TO Ѳ
TABEL 3.6: EXCITED CURRENT COMPONENTS
TABLE 3.7: THE NORMALIZED POWER GAIN PATTERN
REFERENCES
APPENDIX
A.1 THE MATHEMATICA WORK TO SOLVE THE EQUATIONS)
A.2 SPHERICAL COORDINATES (:,,φθr)
A.3 MAXWELL’S EQUATIONS