electromagnetic wave

The Comptow effect is one of the most convincing manifestations of the particles nature of electromagnetic waves .

This work is of great significance to understand the outer orientation technology with low-frequency electromagnetic waves.

Astronomical research began to spread over the whole range of electromagnetic waves.

It is not allowed to store such equipment in a moist , overheated place or elsewhere with strong electromagnetic waves .

The mathematical formulas are used to determine the shape and placement of each piece to deflect the electromagnetic waves.

The Sun converts nuclear energy into light, heat, ultraviolet radiation, and other forms of energy as electromagnetic waves.

To understand how negative refraction can arise, one must know how materials affect electromagnetic waves.

Electromagnetic waves with different frequencies are the carriers which transfer information in wireless communications area.

The integrated audible and visible content of the electromagnetic waves received and converted by such an apparatus.

MMs can be used to control the propagation of electromagnetic waves resulting in novel electromagnetic phenomena.

Examples deal with electrodynamics , propagation, guidance, and radiation of electromagnetic waves.

Time-dependent electromagnetic fields and Maxwell's equations. Electromagnetic waves, emission, absorption, and scattering of radiation.

His book, he concluded that the electromagnetic waves is also an established electromagnetic theory of light.

Using Huygens mapping method to explain the phenomenon of negative refraction when electromagnetic waves through the left-handed materials.

If the resistance is small, most of the energy is radiated in the form of electromagnetic waves.

As their name suggests, electromagnetic waves contain both an electric field and a magnetic field.

The ADS shoots a stream of electromagnetic waves, shorter than microwaves, which are instantly absorbed by the top layer of skin.

All bodies, no matter what their temperature, give off radiation in the form of electromagnetic waves.

When in an energized state, the enclosed plasma can readily radiate, absorb or reflect electromagnetic waves.

Now sound, light, electricity prosperity to tell people how knowledge into electromagnetic waves, etc. , it is a kind of new knowledge.

The team used an antenna to expose some of the mice to electromagnetic waves that approximated two hours of daily cell phone use.

Electromagnetic Waves: Start from Maxwell's equations to investigate the electromagnetic spectrum and such propagation properties.

If older Alzheimer's mice already exhibiting memory problems were exposed to the electromagnetic waves their memory impairment disappeared.

These currents become the source of new electromagnetic waves which can be detected by suitable pickup coils.

The electromagnetic waves work by stimulating the prefrontal cortex, the part of the brain that regulates mood.

Electromagnetic waves for information transmission via mobile phones, these waves are called cell phone radiation.

Paul: I heard that an FM radio can be used to detect the safety distance of electromagnetic waves.

Anyone can broadcast electromagnetic waves and no one really owns the transmission medium.

All electromagnetic waves travel with the speed of light, but all have different frequencies.

Seismic and electromagnetic waves are treated as plane waves even though that assumption is not strictly correct.

These led to internal cause of physics of shift of reflection and refraction electromagnetic waves in layers.

The electron collision frequency plays an important role in the interaction of the plasma and electromagnetic waves.

The institute will focus on researching electromagnetic waves produced by DNA in water, a field many discount as pseudoscience.

pulsed electromagnetic waves; pulsed light; pulsed ultrasonic energy.

According to these characteristics, we conclude that such electromagnetic waves are the whistler waves.

The transmission of energy by electromagnetic waves or particles.

Electromagnetic waves for human eye perception are not discrete values either; rather they are a continuum.

Objective To assess the effects of postoperative anal physiothrapywith TDP special electromagnetic waves on complex anal fistula.

But electromagnetic waves are faced with more complex propagation environment.

Communication of audible signals encoded in electromagnetic waves.

This energy can travel as either electromagnetic waves (gamma or X-rays) or as particles (neutrons, beta or alpha).

An electronic apparatus that receives electromagnetic waves and displays the reconverted images on a screen.

That limitation could be overcome by using electromagnetic waves to transfer energy.

When inanenergized state, the enclosed plasma can readily radiate, absorb or reflect electromagnetic waves.

Paul: Did you know the oven will emit electromagnetic waves?

The main topic will be this phenomenon of electromagnetic waves produced by DNA in water.

Radar, light, and other electromagnetic waves transfer momentum and energy through space.

Static electricity is caused by lightning or by certain electrical machines that give off electromagnetic waves.

Active mode: emit electromagnetic waves so as to make the electromagnetic receiver receive interfered signals.

Electromagnetic waves enable us to "sense" an object or phenomenon at great distance without direct contact.

Metamaterials work by steering light and other electromagnetic waves.

Electromagnetic waves travel at the same speed as light .

Static is caused by lightning or by certain electrical machines that give off electromagnetic waves.

So, the world must exist small volume of material than electromagnetic waves.

Electromagnetic waves carry the energy which is received from the current flowing in the conductor.

Electromagnetic waves travel as fast as light.

All these electromagnetic waves are governed by four mathematical expressions established almost 150 years ago by James Clerk Maxwell.

than the fluorescent light bulb low electromagnetic waves, it can be less fluorescent.

Electromagnetic waves travel with the speed of light, which is 300, 000 kilometers per second.

We have developed a FDTD simulation code to study the surface plasmas interacting with electromagnetic waves.

Till now, people have known very well about the interferences of the mechanical and electromagnetic waves.

And, in particular, they explain a lot of things such as how electric devices work, but also how electromagnetic waves propagate.

Reflection and Transmission of Plane Electromagnetic Waves on the Surface of Good Conductor

Study on Anomalous Propagation Characteristics of Electromagnetic Waves in Evaporation Duct Environments and its Application

Coupling characteristics of electromagnetic waves in parallel three photonic crystal waveguides and its application

Comparative study of three different electromagnetic waves in treatment of allergic rhinitis

A study on the propagation characteristics of electromagnetic waves in a circular cylindrical dielectric waveguide

Study of Storage Effects of Electromagnetic Waves for Vegetables and Fruits Using Microwave and Infrared

Linear theory analyses on dispersion characteristics of electromagnetic waves in a plasma-part-filled slow-wave structure

Transmission of Electromagnetic Waves and Deflection of Light in Gravitational Fields

Propagation characteristic of guided electromagnetic waves in a circular tunnel

The Particle Simulation of Planar Electromagnetic Waves Transmitting in Symmetrical Unmagnetized Cold Plasma

Frequency characteristic of transmitted attenuation of guided electromagnetic waves in circular tunnel

Treatment of 163 Cases with Malignant Tumor by Hyperthermia Therapy with the Radiofrequency Electromagnetic Waves of the Different Frequency

Influence of Transverse Dimensions on Electromagnetic Waves Propagation in Rectangular Tunnels

Influence of electrical parameters on electromagnetic waves propagation in rectangular tunnels

Transmission Study of Electromagnetic Waves in the Missile Reentry

Application of remote communication technique to a monitor system of electromagnetic waves

A Modified Method for Estimation of the Parameters of Partially Polarized Electromagnetic Waves

Propagation characteristic of electromagnetic waves in circular mine tunnel whit symmetric branch of small axial angle

Electromagnetic Waves Propagation in Periodic Medium and Two Dimensional Photonic Band Structure

Analysis on Relationship between Electromagnetic Waves and Motors'Noise and Outlines of their Controls

Hygienic standard for environmental electromagnetic waves

Propagation Characteristic of Electromagnetic Waves in Empty Circular Tunnels

Propagation characteristic of low-frequency guided electromagnetic waves in tunnel

Phase Invariability of Electromagnetic Waves Verified Based on Two Elementary Postulates of the Theory of Relativity

Subwavelength tunneling of electromagnetic waves

Effect of ions on the characteristics of electromagnetic waves transmitting in a plasma

A model of the absorption of electromagnetic waves by weakly ionized plasma and the numerical calculation

Study of Partial Discharge Location in Power Transformer Based on the Detection of Electromagnetic Waves

A model of the absorption of electromagnetic waves by weakly ionized plasma and the numerical calculation

Study of Partial Discharge Location in Power Transformer Based on the Detection of Electromagnetic Waves

Effects of Cross Sections of Tunnel on Propagation Characteristics of Electromagnetic Waves

Absorption of Electromagnetic Waves in Nonthermal Equilibrium Plasma under Atmospheric Conditions

The transmission characteristics of electromagnetic waves in chiral media

Propagation Characteristic of the Electromagnetic Waves in Rail way's Tunnels

This product is delicate and has the functions of adjusting humidity, purifying air, isolating electromagnetic waves;

Reflection and Refraction of Plane Electromagnetic Waves by Moving Medium Interfaces

The Propagation of the Plane Electromagnetic Waves in the High-altitude Ionosphere

Attenuation effect induced by turbulence media of electromagnetic waves

A Physical Analysis of the Propagation of Plane Electromagnetic Waves

Effect of Ignition System Electromagnetic Waves on Rotational Speed Sensor of Drive Recording Meter

Method and process of the experiments of discovering electromagnetic waves by Hertz

Analysis of pulsed reflection and refraction of electromagnetic waves

Experimental Study on Coupled Acoustic and Electromagnetic Waves in Model Wells

Electromagnetic Waves Under Total Reflection

Journal of Electromagnetic Waves and Applications

The study of material and reflection coefficient of electromagnetic waves in layered medium

Attenuation of Plane Electromagnetic Waves in Plasmas

Excitation of atoms and molecules by electromagnetic waves

Excitation of atoms and molecules by electromagnetic waves

Physical Cause of Shift of Electromagnetic Waves in Layers of Dielectric Media

The Propagation of Electromagnetic Waves in Tube by Plane Wave Spectrum

On the prediction and the process of the discovery of electromagnetic waves

Wind of the electromagnetic waves in sea water

Mobile phone's electromagnetic waves is a good conductor of lightning, it can collect and conduct lightning in the large area

The Effect of Electromagnetic Waves on Biology

Application of Three Kinds of Electromagnetic Waves to Karst Exploration