Приклади вживання Single particle Англійська мовою та їх переклад на Українською
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Each atom is simulated as a single particle.
For a single particle of mass m{\displaystyle m}.
Each spot is the reproduction of a single particle of bacteriophage.
A single particle can only cause particles that are in front of it to vibrate.
However, how is one tointerpret the result when considering only a single particle?
Islam considers the legal establishment of a single particle of the divine law and order.
Bohm himself in 1953 presented anextension of the theory satisfying the Dirac equation for a single particle.
In the simplest case of a single particle moving in R3, the state space is the position-momentum space R6.
For centuries, until the XVII,existed the ideas that light is nothing but a stream of single particles- so-called corpuscles.
So you can see, here is the single particle that gave up a bunch of energy right in the initial part of the calorimeter.
The crusher adopts between-layer pressuring crushing principle and suitable turning speed,not the traditional single particle crushing principle.
So, one can regard the pair of particles as a single particle moving on a closed loop in space-time.
For single particles of light or matter the laws of classical physics cease to apply and quantum physics takes over.
Scientists previously demonstrated in laboratory conditions that a single particle of light, or photon, could encode multiple bits of information.
For a spinless single particle moving in R3{\displaystyle\mathbb{R}^{3}}, the particle's velocity is given.
Consciously watching the majestic night sky, I feel like a single particle of the Universe, merging into a single whole with it.
For a spinless single particle moving in R3{\displaystyle\mathbb{R}^{3}}, the particle's velocity is given by.
If, however, the complexity grows on an exponential scale-where the amount of computing power has to double every time a single particle is added- then the task quickly becomes impossible.
However, for a single particle, the rules of quantum mechanics cannot predict where the particle will actually be observed.
The biomacromolecular complexes are studied structurally by X-ray crystallography, NMR spectroscopy of proteins,cryo-electron microscopy and successive single particle analysis, and electron tomography.
It is eternally changing, but not a single particle can be reduced to nothing by any physical, chemical or other process…(p.34).
In order to impart insulating properties into an composite, dielectric particles such as SiO2, ZnO,alumina-epoxy nanocomposites amongst others must be dispersed homogeneously as single particles into the matrix.
But single particles are not easily isolated from their surrounding environment and they lose their mysterious quantum properties as soon as they interact with the outside world.
The quantity Ak= 1/τ2,which defines the average number of photons emitted by a single particle(an atom or molecule) per second(τk is expressed in seconds) is called the probability of spontaneous emission from the level εk.
It involved attaching a single particle onto the end of a carbon nanotube and measuring the vibrational frequency of the nanotube both with and without the particle. .
According to ordinary quantum theory, it is not possible to measure the spin or polarization of a particle directly; instead, the component in one direction is measured;the outcome from a single particle may be 1, meaning that the particle is aligned with the measuring apparatus, or- 1, meaning that it is aligned the opposite way.
The outcome from a single particle may be 1, meaning that the particle is aligned with the measuring apparatus, or -1, meaning that it is aligned the opposite way.
When such a single particle reaches Earth atmosphere, it has its energy dissipated by creating billions of other particles: electrons, photons and muons, all near the speed of light.
It includes classical physics background, single particle motion in electric and magnetic fields, Coulomb collisions and transport processes, electromagnetic theory, a fluid model of plasma, plasma confinement schemes, simple equilibrium and stability analysis, and principles of fusion machines.