Em Waves Ebooks Catalog

EMF Health Summit

The EMF health summit 2018 event is a pure representative of a rare, unique opportunity which uses fully proven strategies to help everyone learn how to protect themselves from the EMF products and live a healthy lifestyle. This program has seen a lot of creativity in its design as a team a health expert have come together to share all that they have discovered throughout their experience about the EMF. These experts will also educate you on the health hazards associated with the EMF as well as -give you lessons on how you can protect yourself from the EMF and live a healthy lifestyle. It is factual that we experience the magnified radiations from different appliances that we use as well as through the use of cell phones, WIFI, and Bluetooth. By registering for the EMF health summit program, you will instantly get access to free bonuses given by these health experts to help you live a healthy lifestyle. Based on the many benefits associated with the EMF health summit 2018 program, I highly recommend everyone who has not yet joined the program to do so and mark the beginning of a healthy lifestyle.

EMF Health Summit Summary


4.6 stars out of 11 votes

Contents: Membership Site
Price: $19.95

My EMF Health Summit Review

Highly Recommended

Maintaining your trust is number one. Therefore I try to provide as much reliable information as possible.

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EMF Protection

This ebook is the complete guide to learning about electrical sensitivity and how to prevent getting it in your life. You will learn what electrical sensitivity is, and what causes it. Once you have started learning about it you will learn how to get rid of it and protect yourself from the dangers of electrical sensitivity. You will also learn how to heal yourself. This book is the product of careful research by the scientific and medical communities into the dangers and preventative measures of electrical sensitivity. ES is one of the most under-diagnosed conditions in the world right now, and this ebook is designed to education people as to how it works and how to prevent it. Do not let it take hold of your family; take control and prevent it now! Do not let yourself get any more hurt; learn about this condition and fight it! Read more here...

How To Beat Electrical Sensitivity Summary

Contents: Ebook
Author: Lloyd Burrell
Official Website: www.electricsenseinterviews101.com
Price: $67.00

The Shadow Side Of The Wireless Revolution

This ebook seeks to get rid of a lot of the myths that surround electromagnetic waves. The advent of wireless phones and devices has changed the face of our world, but there are sinister side effects to the entire wireless revolution. The ebook is designed to information the public of the dangers of EMF radiation and how to protect you and your family from the dangers that it contains. The chapters cover topics such as how to determine how sensitive (if at all) you are to the dangers of Electromagnetic Frequency Radiation. The next chapter contains the options and studies of real scientists and health professionals, so that you can be fully educated on what goes on inside your body and how to prevent danger. The other chapters discuss how to petition for more safety regulations, how to keep yourself safe, and how to avoid getting hurt. Protect your family from dangerous radiation today!

The Shadow Side Of The Wireless Revolution Summary

Contents: Ebook
Author: Camilla Rees
Official Website: electromagnetichealth.org
Price: $9.95

Electromagnetic Field And Its Basic Characteristics

The macroscopic theory of the electromagnetic field is based on the following four vector quantities Based on empirical experience, it is reasonable to assume that these quantities are continuous and continuously differentiable almost everywhere in the computational domain, except for sets of zero measure such as interfaces separating materials with different electromagnetic properties. The points where the field is continuous are called regular, the others are singular. The electromagnetic field may be classified with respect to a number of various properties and characteristics, for example The mathematical model of the electromagnetic field, that nowadays is known as the Maxwell's equations, first appeared in the Treatise on Electricity and Magnetism by James Clerk Maxwell in 1873. These equations are assumed to be one of the greatest achievements of the 19th-century mathematics. Among Maxwell's other remarkable contributions were (a) the observation that light is an...

Partial Differential Equations

Many natural processes can be sufficiently well described on the macroscopic level, without taking into account the individual behavior of molecules, atoms, electrons, or other particles. The averaged quantities such as the deformation, density, velocity, pressure, temperature, concentration, or electromagnetic field are governed by partial differential equations (PDEs). These equations serve as a language for the formulation of many engineering and scientific problems. To give a few examples, PDEs are employed to predict and control the static and dynamic properties of constructions, flow of blood in human veins, flow of air past cars and airplanes, weather, thermal inhibition of tumors, heating and melting of metals, cleaning of air and water in urban facilities, burning of gas in vehicle engines, magnetic resonance imaging and computer tomography in medicine, and elsewhere. Most PDEs used in practice only contain the first and second partial derivatives (we call them second-order...

Equations Of Electromagnetics

Section 7.1 presents important basic facts about the macroscopic (continuous) model of the electromagnetic field, such as the four basic laws of electromagnetics, the Maxwell's equations in the integral and differential forms, media characteristics, basic properties of conductors, dielectrics and magnetic materials, and interface conditions. With an appropriate insight, many typical problems of electromagnetics can be formulated in terms of potentials and solved by means of the standard continuous finite elements. The scalar electric potential and the scalar and vector magnetic potentials are introduced in Section 7.2. The equations for the field vectors and the time-harmonic Maxwell's equations are derived in Section 7.3.

Example Electrostatic micromotor problem

This computation is rooted in the construction of electrostatic micromotors. These devices, which are capable of transforming the electric energy into motion analogously to standard electromotors, do not contain any coils or electric circuits that could be destroyed by strong electromagnetic waves. The goal of this computation is a highly-accurate approximation of the distribution of the electric field in a domain containing two electrodes and a thin object placed between them. The problem is plane-symmetric, and Figure B.20 shows one-half of the domain fi.

Principles of remote sensing

7.5.1 The electromagnetic spectrum Electromagnetic (EM) energy is all energy which travels in a periodic harmonic manner at the velocity of light. Electromagnetic energy is normally considered to consist of a continuum of wavelengths referred to as the EM spectrum (Figure 7.18). Figure 7.18 The electromagnetic spectrum

Nonconventional Treatment Methods

Electromagnetic Waves (EM) - Electromagnetic radiation is the propagation of energy through space by means of electric and magnetic fields that vary in time. Electromagnetic radiation may be specified in terms of frequency, vacuum wavelength, or photon energy. For water purification, EM waves up to the low end of the UV band will result in heating the water. (This includes infrared as well as most lasers.) In the visible range, some photochemical reactions such as dissociation and increased ionization may take place. At the higher frequencies, it

Electron Beam

The idea of using ionizing radiation to disinfect water is not new. Ionizing radiations can be produced by various radioactive sources (radioisotopes), by X-ray and particle emissions from accelerators, and by high-energy electrons. The advances in reliable, relatively low-cost devices for producing high-energy electrons are more significant.