| Physics: Heat transfer media, Enthalpy calculations for heat transfer media, Fiber optics, Optics, High energy magnetics, Magnetic phenomena, Magnetic coupling principles, Magnetic properties of materials; High temperature phenomena relating to radiated, conducted and convection transfer; heat transfer application pertaining to refrigeration, heat pipes, general heat exchangers.
Applications: Solar Panel Design, High efficiency furnaces, Exotic use of fiber optics in non traditional sensors, Transnerve (TN)and Transcranial Magnetic Stimulator (TMS) principles, High efficiency low operating temperature TNS and TMS design, Power transformer design, Design and evaluation of conducted, radiated heat transfer HVAC systems, Optimization of HVAC using proprietary technology, Optimization of water heating systems using proprietary demand control
Materials: Strength of materials,composites and elastomers; Silicone Rubber bonding and molding; Epoxy molds and molding; General rubber properties and selection; Metal welding, plasma and edm processes; Chemical resistance selections; Magnetic and EM properties of ferrous and non-ferrous metals; Properties and usages of plastics; Heat transfer calculations for efficiency, storage or transfer; Insulation of heat and construction measurement of efficiency for heat barriers
Chemistry: Chemistry of Neurophysiology; Neurotransmitters creation and life cycle; Amine chemistry pertaining to Neurophysiology; Chemistry of combustion efficiency pertaining to cellulose; Pyrotechnic chemistry pertaining to oxidizers and fuels; Working knowledge of surfactant usage; Chemistry and applications of battery chemistry - including Vanadium and Lithium; Epoxy and Silicone rubber chemistry; ionic and non-ionic Surfactant selection and usage; solvent selection and usage for stain removal and directed solute migration; Design, operation and circuit interface for all types of gas sensors
Biology and Medicine: Effect of high energy magnetic fields on Neurophysiology; chelation processes involving heavy metal decontamination; Low temperature extraction of botanical extracts; In depth research understand of clinical depression chemistries; Neural Amine chemistry; Neural transmitter receptor type and subtype(like) chemistry; Supplement development for proper neural transmitter function; Nutritional supplement development
Engineering: Circuit and software design involving embedded microprocessors; Signal processing and data acquisition in high noise environments; Design of circuits up to 100Mhz; Characterization, calibration and measurement of circuits up to 5.8Ghz; Power Supply and transformer design; Circuit design for high noise environments;Sensor design for pressure, temperature, PH, humidity; High power magnetic circuits; Motor control for stepper and sensor feedback servo controllers; Small integrated feedback controllers for most processes; Small wireless transmitters including RFID and remote sensors; Cabling and site grounding schemes for long distance cabled sensors and actuators; FCC and UL requirements for hazard, Class 2, small appliances; RF amplifiers and transmitters up to 5.8Ghz; Transmitter receiver spectrum analysis; antenna design for low frequency magnetic to high frequency e-field; design and analysis of high frequency patch antennas; Low to Ghz frequency design of cabling system; normal and unorthodox use and application of fiber optics
Lighting Technology: We are completely versed in the evaluation and prototyping of advanced lighting technologies. These include Neon, Gas Discharge, Tungsten, Fluorescent, Metal Halide, and LED physics. These skills are most useful in lighting design for indoor and outdoor video and photography setups and product displays |
