Possible new astrophysics-relevant experiments with high
... dissipative vortices and, therefore, by the Reynolds number. It is practically impossible to create conditions where the Reynolds number in the laboratory experiment would be the same as in its astrophysical counterpart. A question then arises: Will two systems with very large but different Reynolds ...
... dissipative vortices and, therefore, by the Reynolds number. It is practically impossible to create conditions where the Reynolds number in the laboratory experiment would be the same as in its astrophysical counterpart. A question then arises: Will two systems with very large but different Reynolds ...
БЕЗОТРАЖАТЕЛЬНОЕ ПРОХОЖДЕНИЕ ВОЛНЫ ЧЕР
... appears in the interaction of electromagnetic waves with charged particles under the small scale plasma inhomogeneities presence and for the very short wave impulse evolution in inhomogeneous plasmas. Additional features may appears for electromagnetic waves interaction with the inhomogeneous chiral ...
... appears in the interaction of electromagnetic waves with charged particles under the small scale plasma inhomogeneities presence and for the very short wave impulse evolution in inhomogeneous plasmas. Additional features may appears for electromagnetic waves interaction with the inhomogeneous chiral ...
On the Electrodynamics of the Big Bang Universe - SLAC
... story goes, by the effect of Gravity acting to pull matter onto very tiny density fluctuations that, allegedly, amazingly, survived, left over from far back in time, Inflation Time (a Big Bang age of 10exp-35 seconds), do the first stars, quasars and galaxies form hundreds of million years later whe ...
... story goes, by the effect of Gravity acting to pull matter onto very tiny density fluctuations that, allegedly, amazingly, survived, left over from far back in time, Inflation Time (a Big Bang age of 10exp-35 seconds), do the first stars, quasars and galaxies form hundreds of million years later whe ...
Full text - terrapub
... magnetotail. They have analyzed the data from the masssensor of ASPERA, being able to distinguish reliably between different ions. Planetary ions fill mainly two regions in the tail, the boundary layer or mantle and the plasma sheet. However, to achieve a better statistics in their “image” of the pl ...
... magnetotail. They have analyzed the data from the masssensor of ASPERA, being able to distinguish reliably between different ions. Planetary ions fill mainly two regions in the tail, the boundary layer or mantle and the plasma sheet. However, to achieve a better statistics in their “image” of the pl ...
Twin-Double Layer Structure Producing Tailward Ion
... density from the semi-trapped ions in the very central region of plasma sheet is enough to produce significant repulsive electrostatic Coulomb forces; then two major processes will be probably actuated. First, the portion of ions moving essentially vertically (upward or downward) will be reflected b ...
... density from the semi-trapped ions in the very central region of plasma sheet is enough to produce significant repulsive electrostatic Coulomb forces; then two major processes will be probably actuated. First, the portion of ions moving essentially vertically (upward or downward) will be reflected b ...
A model based on equations of kinetics to study nitrogen dioxide
... process is considered. Atomic oxygen is a vital particle in the dissociation of nitrogen dioxide inside the plasma reactor. According to Table 1, the production of NO, NO−2 and O2 is based on dissociation of NO2 in the reactor. Moreover, the formation of NO2 also occurs along three possible routes. ...
... process is considered. Atomic oxygen is a vital particle in the dissociation of nitrogen dioxide inside the plasma reactor. According to Table 1, the production of NO, NO−2 and O2 is based on dissociation of NO2 in the reactor. Moreover, the formation of NO2 also occurs along three possible routes. ...
Conversion of Electrostatic to Electromagnetic Waves by
... Equation (6), on the other hand, valid for b ¿ 1, indicates that, for vo ø ve to zero order, the emitted radiation is near ve independently of the wavelength of the static wave and of the value of b. This theoretical prediction has important implications to the generation of coherent radiation in bo ...
... Equation (6), on the other hand, valid for b ¿ 1, indicates that, for vo ø ve to zero order, the emitted radiation is near ve independently of the wavelength of the static wave and of the value of b. This theoretical prediction has important implications to the generation of coherent radiation in bo ...
Kinetic aspects of the vortex-induced
... where is the Lorentz factor, c is the speed of light and the suffix j is the particle number. The charge density and the current density J is calculated by the PIC method. Using initial density N0 and in-plane magnetic field B0, normalizations are made as follows: the velocity, time, and length ...
... where is the Lorentz factor, c is the speed of light and the suffix j is the particle number. The charge density and the current density J is calculated by the PIC method. Using initial density N0 and in-plane magnetic field B0, normalizations are made as follows: the velocity, time, and length ...
here. - Arundal Astronautics Ltd
... In one Earth day , Mercury will have rotated 360° / P (angle A) with respect to the stars but only 360° / S (angle B) with respect to the sun. The difference between these two angles (angle C) is equal to the angular distance Mercury has moved during its orbit, 360° / T (angle D) ...
... In one Earth day , Mercury will have rotated 360° / P (angle A) with respect to the stars but only 360° / S (angle B) with respect to the sun. The difference between these two angles (angle C) is equal to the angular distance Mercury has moved during its orbit, 360° / T (angle D) ...
Static structure factor of electrons around a heavy positively charged
... temperature, plasma frequency of the electrons and the distance r from the impurity. Equation (13) can be grouped into three types of terms: (i) independent of/~ (ii) proportional to/~ and (iii) dependent on #2. In each group there is a complicated dependence on r. However, one can observe that for ...
... temperature, plasma frequency of the electrons and the distance r from the impurity. Equation (13) can be grouped into three types of terms: (i) independent of/~ (ii) proportional to/~ and (iii) dependent on #2. In each group there is a complicated dependence on r. However, one can observe that for ...
Space Weather
... and Canada.[2] It is important to note that the system is behaving correctly; it detects the extreme disturbance of the ionosphere and indicates that it should not be used for precision approaches. In fact, for a 15-hour period on October 29 and an 11-hour period on October 30, commercial aircraft w ...
... and Canada.[2] It is important to note that the system is behaving correctly; it detects the extreme disturbance of the ionosphere and indicates that it should not be used for precision approaches. In fact, for a 15-hour period on October 29 and an 11-hour period on October 30, commercial aircraft w ...
NASA Ames Research Center - International Innovation
... What are the most significant contributions that the organisation has made to space research since its establishment in 1939? There are three particularly big achievements. Starting with the development of the blunt body re-entry concept in the 1950s, Ames has led entry, descent and landing work for ...
... What are the most significant contributions that the organisation has made to space research since its establishment in 1939? There are three particularly big achievements. Starting with the development of the blunt body re-entry concept in the 1950s, Ames has led entry, descent and landing work for ...
01.1PART I_Ch1.fm - The Thunderbolts Project
... move in peaceful, clock-like procession around a yellow dwarf star called the Sun. The planets move on highly predictable paths, and by all appearances nothing has changed in a billion years. The inhabitants of the third planet, the Earth, can see five of their celestial neighbors without the aid of ...
... move in peaceful, clock-like procession around a yellow dwarf star called the Sun. The planets move on highly predictable paths, and by all appearances nothing has changed in a billion years. The inhabitants of the third planet, the Earth, can see five of their celestial neighbors without the aid of ...
PowerPoint - Astronomy at Swarthmore College
... plasma on this very young hot star with a strong (1100 G) dipole field. The plasma is moving, but only at speeds of a few 100 km s-1, much slower than the terminal wind velocity. It is close to the star (within 1.8 R* of the surface) and hot (peak temperature ~30 MK). We analyze these diagnostics in ...
... plasma on this very young hot star with a strong (1100 G) dipole field. The plasma is moving, but only at speeds of a few 100 km s-1, much slower than the terminal wind velocity. It is close to the star (within 1.8 R* of the surface) and hot (peak temperature ~30 MK). We analyze these diagnostics in ...
Curriculum Vitae
... Postgraduate level 19 Yrs. Undergraduate level 21 Yrs. Taught the following courses: Thermodynamics and Statistical Physics, Optics and Classical Mechanics, Nuclear Physics, Electricity and Electronics, Quantum Mechanics and Spectroscopy, Classical Electrodynamics, Advanced Quantum Mechanics, Microw ...
... Postgraduate level 19 Yrs. Undergraduate level 21 Yrs. Taught the following courses: Thermodynamics and Statistical Physics, Optics and Classical Mechanics, Nuclear Physics, Electricity and Electronics, Quantum Mechanics and Spectroscopy, Classical Electrodynamics, Advanced Quantum Mechanics, Microw ...
Слайд 1 - SPACE RESEARCH at FMI
... time sectors is being developed. This program will provide measurements coordinated with orbital motion and operating regimes of space-borne and ground-based equipment. The following space-borne facilities are planned: ...
... time sectors is being developed. This program will provide measurements coordinated with orbital motion and operating regimes of space-borne and ground-based equipment. The following space-borne facilities are planned: ...
Summary
... ions, because some of the electrons are captured by the grains, and are therefore immobilized by the high dust masses. The charge of the dust grain depends on the local plasma conditions (temperature and plasma density), which will vary with the waves coming by and therefore the dust grain charge ha ...
... ions, because some of the electrons are captured by the grains, and are therefore immobilized by the high dust masses. The charge of the dust grain depends on the local plasma conditions (temperature and plasma density), which will vary with the waves coming by and therefore the dust grain charge ha ...