the ionosphere

The wind comes in, carries a magnetic field, which wraps around the ionosphere of the planet.

And this charge can be strong enough to affect the ionosphere, causing the disturbances documented by satellites.

In a Jovian stationary orbit, a spacecraft goes around the planet at the same speed as the ionosphere.

to earth by the ionosphere or a communications satellite; permits transmission around the curve of the earth's surface.

But in the upper atmosphere, the ionosphere, the waves were amplified to thousands of times their original sizes, scientists say.

One of the most important of these is a fluctuation in the density of electrons and other electrically-charged particles in the ionosphere.

The ionosphere is made up of relatively hot gases that are electrically charged due to interactions with intense, high-altitude sunlight.

When a nuclear blast that large goes off underground, it sends a shockwave of disturbed air into the ionosphere.

The ionosphere is influenced by solar, geomagnetic and meteorological activities simultaneously.

This paper reviews the ionosphere's effect on satellite ranging measurements and discusses how the effect is accounted for in receivers.

The ability of the ionosphere to reflect these waves is dependent upon normal variations in the electron density at different levels.

To enable long-distance communication, many telecommunication systems transmit radio signals via the ionosphere.

The impact of the ionosphere on the accuracy is particularly significant in many factors of positioning errors.

No commercial aviation receivers currently use this process to reduce errors due to the ionosphere.

Above the troposphere is the stratosphere, followed by the ionosphere and capped by the exosphere.

THE FORMATION OF PREDAWN CHARACTERISTICS OF THE IONOSPHERE AND THE SUNRISE EFFECTS OF CONJUGATE POINT.

Whether HAARP did earthquake or not I don't know, BUT SOMETHIN G is going on and they are using the Ionosphere as a Weapon. . . Interesting.

The IRI will be used to temporarily excite a limited area of the ionosphere for scientific study.

The equatorial anomaly and the ionosphere greatly affect the arrival latitude of whistler wave at middle and low latitudes.

Plasma irregularities are ubiquitously existed in the ionosphere, including E region and F region.

The response of refractive index to the frequency while the electromagnetic wave of SAR transmits through the ionosphere is also discussed.

Firstly, this paper introduces the structure of the ionosphere, related principles of the GPS and error sources.

The TEC value of the ionosphere at any time can be calculated while the model has been modified appropriately.

At full Moon, the Moon reflects charges that have passed the earth back into the ionosphere, raising the voltage.

Rockets and artificial satellites can go far above the ionosphere.

One is the ionosphere model building in the region of the South China Sea.

Rockets and artificial satellites can go far above the ionosphere, and even escape from the Earth.

Meanwhile, because of the complexity of the ionosphere, the wave that travels in it will be inevitably affected.

The ionosphere is the major cause of whistler ray focusing.

the lowest region of the ionosphere (35 to 50 miles up) that reflects low-frequency radio waves.

The ionosphere is that region of space containing electrically charged species.

Their main limitation is that they are incapable of rising to the ionosphere.

Electromagnetic wave excitation by a modulated electron beam injected from spacecraft into the ionosphere

Optics physics of the ionosphere materials science biophysics, medical physics, and biomedical engineering

High-Frequency Wave Excitation by the Modulated Electron Beam From Spacecraft Injected Into the Ionosphere Plasma

Study of the Influences of Neutral Winds on the Ionosphere at Magnetic Storm

A study of the disturbance in the ionosphere using ray tracing technology

Nonlinear wave interactions as a model for naturally enhanced ion acoustic lines in the ionosphere

On the asymmetry of the storm-time current system in the ionosphere between southern and northern hemispheres

Numerical Simulation of Responses of the Magnetic Storm on the Ionosphere of Middle-Low Latitude at Night

Researches on the Refractive Correction of the Ionosphere in Mono-pulse Radar Measurement

Analysis of the Ionosphere Response to the Solar Flare by GPS Observation

A case study on whole response processes of the ionosphere to typhoons

Nonlinear phenomena in the ionosphere

Radio sounding of the ionosphere

effect of nuclear detonation on the ionosphere

Radio wave propagation in the ionosphere

Refractive index in the ionosphere

Propagation of short wave in the ionosphere

A Way to Enhance the Ionosphere Delay Estimate of Augment System

Effect of Tailward Flows From the Ionosphere on the Near-Earth Magnetic Field

a radio wave that is reflected back to earth by the ionosphere or a communications satellite;