About
This book covers key areas of physical science. The contributions by the authors include solar-powered mosquito trap, air quality monitoring, CO2 concentration, pest control, gamma-ray bursts, GRB frequency, vela satellites, gravitational radiation, flavour theory, neutrino oscillations, flavour violation, effect of Z2×Z2 invariant perturbations, laminar forced convection, green's function theory, double-tube buried exchanger, graetz-nusselt problem, Newtonian mechanics, deflection angel of starlight, Michelson-Morley experiment, electromagnetic waves, light emitting diode, silvaco ATLAS TCAD simulation program, internal quantum efficiency, gallium nitride and indium gallium nitride material, monolithic catalysts, syngas, biofuel reforming, coking stability, wormhole, Einstein field equations, general relativity, ellis drain hole, schottky behaviour, cadmium telluride, quantum dots, simple drop casting method, brus model, bandgap energy, Schrodinger equation, small scale integration to ultra large scale integration, thermoelectric, charge carrier mobility, Hall coefficient, microhardness. This book contains various materials suitable for students, researchers, and academicians in the field of physical science.
Information
Services:
1. Professional review, editing and plagiarism checking.
2. Professional cover-page design and typesetting.
3. Specialized English editing and proofreading
4. Digital Object Identifier (DOI) allotment.
5. ISBN number (online and print version)
6. Online publication of the book and printing in the press.
7. Royalty: (80:20) profit sharing between author and publisher from the sale of books. Authors will get 80% of the profit and Publisher will get 20% of the profit.
8. Normally Books will be closed access to increase the possibility of sale and authors will retain the copyright of the book chapter/ books. Special requests of open access books can also be considered in case of complete book publication.
Latest Articles
Tailoring Charge Carrier Mobility in Percolating Solid Solutions for Next Generation Semiconductors
Schottky Behaviour of the Cadmium Telluride Quantum Dots Fabricated by a Simple Drop Casting Method
Ground State Confinement Energy of Quantum Dots and the Brus Equation: A Mathematical Approach
Most Viewed
Tailoring Charge Carrier Mobility in Percolating Solid Solutions for Next Generation Semiconductors
Schottky Behaviour of the Cadmium Telluride Quantum Dots Fabricated by a Simple Drop Casting Method
Ground State Confinement Energy of Quantum Dots and the Brus Equation: A Mathematical Approach
Most Read
Tailoring Charge Carrier Mobility in Percolating Solid Solutions for Next Generation Semiconductors
Schottky Behaviour of the Cadmium Telluride Quantum Dots Fabricated by a Simple Drop Casting Method
Ground State Confinement Energy of Quantum Dots and the Brus Equation: A Mathematical Approach
Submit your manuscript now (Book or Book Chapter)
If you have a manuscript to submit, you are most welcome. We promise you fast and high quality processing. You will enjoy our services.
We have many satisfied customers please see testimonial page.