Not exact matches
At most simple levels of material synthesis, individual nodes of organization like subatomic
particles are only determinate
as functions within a bigger framework, so it is perhaps not surprising that their behaviour can only be expressed in terms of statistical probability.
Instead of using classical concepts of precisely defined x and p we will now say that the wave
function describes the state of the
particle as accurately
as possible.
However, in other respects they turned out to
function not
as particles but more like waves.
Researchers refer to the dislodged surface electrons
as «secondary electron emissions» (SEE); trapping them prevents such
particles from causing electric current that interferes with the
functions of machines.
For nearly a century, physicists have explained the peculiarities of their quantum properties — such
as wave -
particle duality and indeterminism — by invoking an entity called the wave
function, which exists in a superposition of all possible states at once right up until someone observes it, at which point it is said to «collapse» into a single state.
In that limit he found the equation describing the system is the same
as Schrödinger's, with the disk itself being described by the analog of the wave
function that defines the distribution of possible positions of a quantum
particle.
From their observations, the scientists derived a promising basic concept to specifically adjust the size and structure of platinum
particles as a
function of the catalytic activity required during operation.
Entangled
particles share a mathematical description, known
as the quantum wave
function.
As is demonstrated by the contrast between the wave functions of a free electron and those of a bound electron, the formation of bonds between particles doesn't so much collapse their wave function as localize it, by making it energetically improbable that a particle will exist outside a particular well of potentia
As is demonstrated by the contrast between the wave
functions of a free electron and those of a bound electron, the formation of bonds between
particles doesn't so much collapse their wave
function as localize it, by making it energetically improbable that a particle will exist outside a particular well of potentia
as localize it, by making it energetically improbable that a
particle will exist outside a particular well of potential.
The barrier
function was not unique to HIV
particles and would likely trap other enveloped viruses
as well.
Visualising a wave
function as a real thing is fine for a single
particle, but things rapidly get more tricky.
The assaults that this most fundamental theory of reality makes on our intuition are legion:
particles that exist
as probabilistic wave
functions in «superpositions» of multiple states or places, or at least seem to
as long you don't look at them; «entangled»
particles that influence each other over vast distances of space when you measure one of them.
Now an international team of researchers led by the lung researcher Marianne Geiser from the Institute of Anatomy at the University of Bern and the aerosol researcher Josef Dommen from the Paul Scherrer Institute PSI has shown that secondary
particles from gasoline combustion in Euro 5 engines directly damage lung tissue
as well
as weaken its defense
functions.
In the case of the analogous spacetime rainbow, a similar relationship has also been proposed: the beta
function, a measure of the extent to which the structure of classical spacetime differs
as experienced by different
particles.
In particular, physicists can use an equation, known
as an evolution equation or splitting
function, to predict the pattern of
particles that spray out from an initial collision, and therefore the overall structure of the jet produced.
contain immunoprotective respiratory epithelium, the tissue lining the respiratory tract, which moistens and protects the airway and
functions as a barrier to potential pathogens and foreign
particles;
In work that unmasks some of the magic behind memristors and «resistive random access memory,» or RRAM — cutting - edge computer components that combine logic and memory
functions — researchers have shown that the metal
particles in memristors don't stay put
as previously thought.
Sodium, chloride and potassium
function in your body
as electrolytes, small
particles that carry an electrical charge.
These charged
particles make muscles contract, which includes your heart beat, are responsible for nerve
function, such
as the cognition in your brain that is based on these nerve impulses, and keep fluid balance in control
For more details on the relationship of
particle surface area
as a
function of concentration and
particle size, see the Colloid Surface Area table.
The model consists of two components whose refractive indices resemble those of detritus - minerallike and planktonlike
particles, whose size distributions are constrained by underwater light linear polarization signatures, and whose mixing ratios change
as a
function of particulate backscattering efficiency.
The trouble with the latter is that those
particles are at
particle physics scale — many orders of magnitude too small to
function as CCN — and no one has managed to explain how they might coalesce to a suitable size.
In this way the CCN measures activated ambient aerosol
particle number concentration
as a
function of supersaturation.