Examples of using Angular momentum in English and their translations into Swedish
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It has long been known that the photons in a beam of light carry both linear and angular momentum that can be transferred to a material object.
Well-known applications of ladder operators in quantum mechanics are in the formalisms of the quantum harmonic oscillator and angular momentum.
For materials science it is therefore a huge advantage to be able to make statements regarding angular momentum conditions based on these new electron beams.
As the region that would become the Solar System, known as the pre-solar nebula, collapsed, conservation of angular momentum caused it to rotate faster.
by exchanging angular momentum with its atoms.
The mechanical equivalent is the energy balance in a flywheel; angular momentum(kinetic energy)
including light which doesn't carry angular momentum.
linear momentum, angular momentum, and location at a specified time.
which is necessary to preserve angular momentum.
The way to tell them apart is by their spin- not the classical spin of a whirling top but intrinsic angular momentum, a quantum concept.
which do not carry this orbital angular momentum.
Depending on the angular momentum of the quarks, the proton could be spherical in shape
The angular momentum of the electrons in a solid object is closely linked to its magnetic properties.
Since the angular momentum of the light need not be pre-determined,
perhaps free-movement with angular momentum.
This has the advantage that there is a high degree of flight stability and the transmitted angular momentum is retained.
Here, the switching results from angular momentum transfer from a spin polarized current generated by the fixed ferromagnetic electrode that exerts a torque on the magnetization of the second“free” electrode.
The spiral shape and angular momentum of these electrons will let us look at a greater variety of materials in ways that were previously inaccessible to TEM users," said Ben McMorran,
developed a mathematical proof that all black holes can be fully described by the three characteristics mass, angular momentum, and electric charge.
In 1936, Princeton physicist Richard Beth demonstrated that angular momentum- in either its spin