Return-current formation in the electron beam – plasma system
... Furthermore, the return current modifies the electron distribution function in the low corona and influences the intensities of the EUV and soft X-ray lines observed during solar flares (see Dzifčáková and Karlický, 2008). In all the above mentioned papers the return current have been considered ...
... Furthermore, the return current modifies the electron distribution function in the low corona and influences the intensities of the EUV and soft X-ray lines observed during solar flares (see Dzifčáková and Karlický, 2008). In all the above mentioned papers the return current have been considered ...
Electric Currents – The Key to Magnetic Fields
... whip it, homogenize it, boil it, pour it from great heights or even centrifuge it, or try to compress it – no magnetic fields will result from any of these actions. Magnetic fields are only created by and moved around by electric currents or other magnetic fields – but nothing else, certainly not by ...
... whip it, homogenize it, boil it, pour it from great heights or even centrifuge it, or try to compress it – no magnetic fields will result from any of these actions. Magnetic fields are only created by and moved around by electric currents or other magnetic fields – but nothing else, certainly not by ...
Section_38_Dynamos_0..
... (Much of this Section derives from H. K. Moffatt, Magnetic Field Generation in Electrically Conducting Fluids, Cambridge, 1978) The study of dynamos is motivated by one of the most fundamental problems of physics: How to explain the structure, dynamics, and maintenance of magnetic fields in the univ ...
... (Much of this Section derives from H. K. Moffatt, Magnetic Field Generation in Electrically Conducting Fluids, Cambridge, 1978) The study of dynamos is motivated by one of the most fundamental problems of physics: How to explain the structure, dynamics, and maintenance of magnetic fields in the univ ...
Twin-Double Layer Structure Producing Tailward Ion
... next section, we argue that (paradoxically) it is not impossible net positive charge to be produced in a thinned current sheet (TCS), since the inflowing electrons finally set up an oscillatory motion perpendicular to the current sheet. The chaotically moving ions are effectively trapped in the TCS ...
... next section, we argue that (paradoxically) it is not impossible net positive charge to be produced in a thinned current sheet (TCS), since the inflowing electrons finally set up an oscillatory motion perpendicular to the current sheet. The chaotically moving ions are effectively trapped in the TCS ...
Plasma Sources and Feedback Control in Pretreatment Web
... order to maintain these “clean” conditions. By controlling the chromium emission intensity as shown in Figure 8, these processes can be kept constant. It is also critical that the process be controlled so that no excess metal is deposited on the web itself. This can lead to a reduction in target lif ...
... order to maintain these “clean” conditions. By controlling the chromium emission intensity as shown in Figure 8, these processes can be kept constant. It is also critical that the process be controlled so that no excess metal is deposited on the web itself. This can lead to a reduction in target lif ...
1 Energy dissipation in astrophysical plasmas
... moves with a different velocity. Thus the crests possess a higher velocity than the troughs. The ambient sound speed can be calculated by ...
... moves with a different velocity. Thus the crests possess a higher velocity than the troughs. The ambient sound speed can be calculated by ...
Figure 1 - Research
... • There is a cyclic variation: n is highest soon after sunspot maxima and smallest during sunspot minima. This is partly due to the solar cycle variation of the heliospheric magnetic field, partly due to the varying proximity to the heliospheric currecnt sheet. During sunspot minimum the HCS is flat ...
... • There is a cyclic variation: n is highest soon after sunspot maxima and smallest during sunspot minima. This is partly due to the solar cycle variation of the heliospheric magnetic field, partly due to the varying proximity to the heliospheric currecnt sheet. During sunspot minimum the HCS is flat ...
levitation - Duke Mathematics
... including strawberries, water and gold – are ‘diamagnetic’ to some extent, but some are more convenient to levitate than others. Frogs are convenient not only because they have a high water content, which is a good diamagnetic material, but also because they fit easily inside a tubeshaped Bitter el ...
... including strawberries, water and gold – are ‘diamagnetic’ to some extent, but some are more convenient to levitate than others. Frogs are convenient not only because they have a high water content, which is a good diamagnetic material, but also because they fit easily inside a tubeshaped Bitter el ...
Modelling ripple transport in two dimensions
... School Phys. Sci. and Eng., Australian National University, Canberra ACT 0200 2EURATOM/CCFE Fusion Association, Culham Science Centre, UK. ...
... School Phys. Sci. and Eng., Australian National University, Canberra ACT 0200 2EURATOM/CCFE Fusion Association, Culham Science Centre, UK. ...