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Department of Physics - Plasma Physics | WVU Plasma Physics

Eberly College of Arts and Sciences. June 12th, 2013. By Dr Amy Keesee, WVU. It is important to note that our ability to predict such space weather is in its infancy. The Sun is monitored by numerous instruments on satellites such as the Solar Dynamics Observatory (SDO), the Solar and Heliospheric Observatory (SOHO), and the dual-satellite mission STEREO. These instruments observed a coronal mass ejection launched from the Sun on April 11th. These images can be seen using the NASA. With Earth’s mag...

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Department of Physics - Plasma Physics | WVU Plasma Physics | plasma.physics.wvu.edu Reviews

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Eberly College of Arts and Sciences. June 12th, 2013. By Dr Amy Keesee, WVU. It is important to note that our ability to predict such space weather is in its infancy. The Sun is monitored by numerous instruments on satellites such as the Solar Dynamics Observatory (SDO), the Solar and Heliospheric Observatory (SOHO), and the dual-satellite mission STEREO. These instruments observed a coronal mass ejection launched from the Sun on April 11th. These images can be seen using the NASA. With Earth’s mag...

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1 west virginia university

2 a z site index

3 campus map

4 directory

5 wvu home

6 predicting aurora sightings

7 plasma physicist

8 and myself

9 permalink

10 no comments

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Department of Physics - Plasma Physics | WVU Plasma Physics | plasma.physics.wvu.edu Reviews

https://plasma.physics.wvu.edu

Eberly College of Arts and Sciences. June 12th, 2013. By Dr Amy Keesee, WVU. It is important to note that our ability to predict such space weather is in its infancy. The Sun is monitored by numerous instruments on satellites such as the Solar Dynamics Observatory (SDO), the Solar and Heliospheric Observatory (SOHO), and the dual-satellite mission STEREO. These instruments observed a coronal mass ejection launched from the Sun on April 11th. These images can be seen using the NASA. With Earth’s mag...

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plasma.physics.wvu.edu

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Department of Physics - Plasma Physics | WVU Plasma Physics | Don't Worry, It's Just a Little Nuclear Energy

http://plasma.physics.wvu.edu/wvu_plasma_physics/2013/2/14/don-t-worry--it-s-just-a-little-nuclear-energy

Eberly College of Arts and Sciences. Don't Worry, It's Just a Little Nuclear Energy. February 14th, 2013. By Matt Beidler, WVU. Plasma Physics Graduate Student. Figure Credit: http:/ www.schoolphysics.co.uk/age16-19/Nuclear%20physics/Nuclear%20structure/text/Binding energy per nucleon/index.html. Traveled to India for the International Iter School focusing on current drive and heating techniques used in tokamaks (the vessel for MCF. We use as a medical imaging tool used to be known as NMRI. Don't Worry, ...

2

Department of Physics - Plasma Physics | WVU Plasma Physics | Explosive Events on the Sun

http://plasma.physics.wvu.edu/wvu_plasma_physics/2012/9/11/explosive-events-on-the-sun

Eberly College of Arts and Sciences. Explosive Events on the Sun. September 11th, 2012. By Luke Shepherd, WVU. Plasma Physics graduate student. The sun is home to the most powerful explosions that occur in our solar system. These explosions are commonly known as solar flares. The energy released in a typical solar flare is equivalent to about 100 million Mount St. Helens eruptions from 1980! Photo credit: Georgia State University. My research over the past few years has dealt with the spreading of magnet...

3

Department of Physics - Plasma Physics | WVU Plasma Physics | How do we remote sense plasmas? Magnetic Fields

http://plasma.physics.wvu.edu/wvu_plasma_physics/2012/6/14/how-do-we-remote-sense-plasmas--magnetic-fields

Eberly College of Arts and Sciences. How do we remote sense plasmas? June 14th, 2012. By Dr Dimitris Vassiliadis, WVU. Plasma Physics Research Professor. Magnetic fields are routinely measured for a number of cosmic plasmas. The nearest such plasmas are those surrounding our planet: its ionosphere and magnetosphere, the top two layers of Earth’s upper atmosphere. We can measure their fields by flying spacecraft through them (in situ) or by using sensitive instruments here on the ground. Using entire arra...

4

Department of Physics - Plasma Physics | WVU Plasma Physics | Hall Thrusters, an Electron's Perspective

http://plasma.physics.wvu.edu/wvu_plasma_physics/2013/3/12/hall-thrusters--an-electron-s-perspective

Eberly College of Arts and Sciences. Hall Thrusters, an Electron's Perspective. March 12th, 2013. By Dustin McCarren, WVU. Plasma Physics graduate student. Hall thrusters are a type of plasma propulsion device that may be the key to unlocking the cosmos. Hall thrusters accelerate ions, positively charged particles, with an electric field to generate thrust. To better understand how this process transpires we have to take a closer look. Well, maybe a much closer look. The ion, propelled by the collective ...

5

Department of Physics - Plasma Physics | WVU Plasma Physics | Archives

http://plasma.physics.wvu.edu/wvu_plasma_physics/2013/1

Eberly College of Arts and Sciences. Archives for January 2013. Predicting the Weather - in Space! Mdash; January 15th. Click Here to Learn More About WVU. How Scientists Model the Magnetosphere. Hall Thrusters, an Electron's Perspective. Don't Worry, It's Just a Little Nuclear Energy. Predicting the Weather - in Space! Explosive Events on the Sun. How hot is that plasma in the window? How do we remote sense plasmas? Blog Guidelines and Comment Guidelines.

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Department of Physics - Plasma Physics | WVU Plasma Physics

Eberly College of Arts and Sciences. June 12th, 2013. By Dr Amy Keesee, WVU. It is important to note that our ability to predict such space weather is in its infancy. The Sun is monitored by numerous instruments on satellites such as the Solar Dynamics Observatory (SDO), the Solar and Heliospheric Observatory (SOHO), and the dual-satellite mission STEREO. These instruments observed a coronal mass ejection launched from the Sun on April 11th. These images can be seen using the NASA. With Earth’s mag...

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