What is
meant by electron mobility is the amount of current that can be provided to the LED components.
Not exact matches
By this he
means an energy project that could produce
electrons for the grid in mass quantity, as opposed to something clever that barely generates more energy than you put in to build it.
Yet it is there when, for example, an
electron «decides» — that is to say, «cuts off» (which is what decide
means etymologically) one available possibility
by adopting another.
These
electrons, known as photoelectrons, have a very specific energy of 24.1 electronvolts, which
means they can be traced
by the CAPS instrument, and easily distinguished from other
electrons, as they propagate through the surrounding magnetic field.»
By means of environmental transmission
electron microscopy (ETEM), structural modifications on the atomic level of the material were visualized.
Their findings could have implications for optimising the thermal budget of nanoelectronic devices - which
means they could help dissipate the total amount of thermal energy generated
by electron currents - or in the production of energy through thermoelectric effects in novel nanomaterials.
The range of the measurement depth can be determined
by measuring a physical quantity called the inelastic
mean free path (IMFP), which defines how far an
electron can travel in a material while retaining its original energy level in a statistical sense.
The bulk, or interior, acts as an insulator, which
means it prohibits the travel of
electrons, but the surface of the material is conducting, allowing
electrons to travel through a set of channels created
by particles known as Dirac fermions.
The process is monitored
by means of, for example,
electron backscatter diffraction (EBSD); a technique that makes it possible to «reveal» the structure in the patterns.
To most physicists, that
meant it was highly unlikely that the tiny amounts of energy thrown off
by electrons would ever goad the nucleus into a higher energy state.
This
means they have a hitherto unsurpassed ability to capture
electrons and thus protect other molecules from being destroyed
by the
electrons.
These plasma waves in turn generate strong electric fields that trap
electrons and can accelerate them to energy levels on the order of one billion
electron volts, which
means the
electrons are zipping
by at around 99.99999 percent the speed of light.
Electron densities have been extensively monitored
by means of the Mars Express radio science experiment (Pätzold et al. 2009).
«Eggshells are notoriously difficult to study
by traditional
means, because they easily break when we try to make a thin slice for imaging
by electron microscopy,» says McKee, who is also a professor in McGill's Department of Anatomy and Cell Biology.
The observed Sgr A * emission is polarized and this
means that it is produced
by electrons gyrating around magnetic field lines in so called synchrotron process.
Studies now show that restoring
electron transport chain function
by raising levels of NAD + is a rapid and efficient
means of promoting the essential enzymes involved in energy extraction and sustaining youthful cell function.
I had earlier posted on refraction and reflection / scattering, what these
mean, visible light gets reflected / scattered
by being absorbed
by the
electrons of the molecules of nitrogen and oxygen in our real world atmosphere [it is therefore not «transparent» to visible as claimed in the TGE AGW energy budget..]