NUCLEONS in English translation

• nucleons
• nuleons

Examples of using Nucleons in Danish and their translations into English

den gennemsnitlige kinetiske energi nucleons i en kerne er af størrelsesordenen 25 MeV.
the average kinetic energy of the nucleons in a nucleus is of the order of 25 MeV.

For at kunne beregne den bevægelse af nucleons det var… nødvendigt at vide, også de kræfter, der virker mellem dem.
be able to calculate the motion of the nucleons it was… necessary to know also the forces which act between them.

I shell model et hensyn til cirkulær bevægelse af de enkelte nucleons i gennemsnit nuklear som den primære form for bevægelse; i den flydende drop-model ser man på enkel kollektive bevægelser af nucleons.
In the shell model one regards the orbital motion of the individual nucleons in the average nuclear field as the primary form of motion; in the liquid-drop model one looks at the simple collective motions of the nucleons.

I shell model et hensyn til cirkulær bevægelse af de enkelte nucleons i gennemsnit nuklear som den primære form for bevægelse; i den flydende drop-model ser man på enkel kollektive bevægelser af nucleons.
In the shell model one regards the orbital motion of the individual nucleons in the average nuclear field as the primary form of motion; in the liquid-drop model one looks at the simple collective motions of the nucleons.

I analysen af nuklear bundet, og reaktioner på ikke alt for høje energier, det er derfor en god tilnærmelse til den kerne som bestående af et bestemt antal nucleons med egenskaber svarende til gratis nucleons og bevæger sig med nonrelativistic hastigheder v² /c²≤0,1.
In the analysis of nuclear bound states and reactions at not too high energies, it therefore a good approximation to regard the nucleus as composed of a definite number of nucleons with properties similar to those of free nucleons, and moving with nonrelativistic velocities v²/c²≤0.1.

Om muligt nucleons form spin par.
Whenever possible nucleons form spin pairs.

Det nucleons er organiseret i kugleformede tanke indeholdende højst nogle numre af nucleons.
The nucleons are organized in spherical shells containing at most certain numbers of nucleons.

En højere shell indebærer en større adskillelse fra andre nucleons og lavere interaktion energi.
A higher shell involves a greater separation from the other nucleons and lower interaction energy.

Det er den mængde energi, som bringer den komponent nucleons i kerne' særlige struktur.
It represents the amount of energy gained by putting the component nucleons into that nucleus' particular structure.

For tanken med det 3. gennem 6 nucleons den eneste mulige specielle nummer 4.
For the shell containing the 3rd through 6th nucleons the only possible special number is 4.

For tanken med de 15 gennem 28 nucleons særlige numre vil være 16, 20 og 28.
For the shell containing the 15th through the 28th nucleons the special numbers would be 16, 20 and 28.

De repræsenterer en shell er helt fyldt så yderligere nucleons skal gå ud i en højere shell.
They represent a shell being completely filled so additional nucleons have to go into a higher shell.

protoner er mindre end den masse af dets konstituerende nucleons.
protons is less than the masses of its constituent nucleons.

Det er let at se, hvordan opstod den konventionelle opfattelse af, at nucleons tiltrækker hinanden på lige fod uanset type.
It is easy to see how arose the conventional belief that nucleon attract each other in equal measure regardless of the type.

Interaktion i mindre antal nucleons, siger to som sprede eksperimenter,
Any interaction of small numbers of nucleons, say two as in scattering experiments,

Det vigtigste resultat af analysen af trinvis bindende energi er, at ligesom nucleons afstøder hinanden og i modsætning til tiltrække.
The most important result of the analysis of incremental binding energy is that like nucleons repel each other and unlike attract.

For shell indeholdende 83 gennem 126th nucleons, som tidligere nævnt,
For the shell containing the 83rd through 126th nucleons, as noted previously,

Det binder energi for en kerne er den mængde energi, der kræves for at nedbryde det i dets bestanddele nucleons.
The binding energy for a nucleus is the amount of energy that would be required to disintegrate it into its component nucleons.

For en afledning af det magiske tal for nucleons tage sekvensen af heltal(0,
For a derivation of the magic numbers for nucleons take the sequence of integers(0,

Samspillet af Nucleons Gennem Nucleonic kraft Det vigtigste resultat af analysen af trinvis bindende energi er, at ligesom nucleons afstøder hinanden og i modsætning til tiltrække.
The Interactions of Nucleons through the Nucleonic Force The most important result of the analysis of incremental binding energy is that like nucleons repel each other and unlike attract.