About	Maxwell’s Equations In the time domain and differential form: • Ñ. D        =      r              (Gauss’ Law)                                              (1a) • ÑxE         =    -¶B/¶t       (Faraday’s Law)                                         (2a) • Ñ.B          =  0               (magnetic flux Law)                                  (3a) • ÑxH        =    J+¶D/¶t     (Ampere’s Law + Maxwell’s addition)     (4a)    In the frequency domain: Ee ^j^w^t • Ñ. D         =      r                                                                                (1b) • ÑxE         =    -jwB = jmwH                                                              (2b) • Ñ.B          = 0                                                                                (3b) • ÑxH        =      sE+jwD = (+sj)ewE                                                (4b) Processing with high power microwaves, microwave inactivating of enzymes, microwave control of trypsin inhibitor, microwave differential heating Return to Main
Dr Nguyen Tran
Microwave Technology
What are microwaves?
EM Energy
Non-ionising Radiation
Microwave Absorption
Microwave Quantum
Microwave Simulation
Maxwell's Equations
Dielectric Measurement
Properties of Water
Properties of Ethanol
Standing Waves
Travelling Waves
Field Patterns
Result
Microwave Machines
Sterilising
Timber Drying
Timber Moulding
Oil Extraction
Liquid Steriliser
Wheat Disinfection
Bean Sterilising
Fish Thawing
Bread Thawing
Rice Treatment
Confectionery
Floorboard Drying
Chemical Processing
Ceramic Kiln
V.F.M Kiln
Tyre Recycling
Microwave Research
Metal Extraction
Sapstain Treatment
Growth Stress
Microwave Ignition
Contact
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