Eksempler på brug af Binding energies på Engelsk og deres oversættelser til Dansk
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The subject of analysis is the binding energies of nuclei.
I analysen er de bindende kræfter af cellekerner.The Binding Energies of Integral Alpha Particle Nuclides.
De bindende kræfter af integrerende alfapartikler nukleiderne.First the above estimates of the interaction binding energies can be put together.
Først ovennævnte skøn af interaktionen bindende energier kan sættes sammen.Their excess binding energies are shown in the graph below.
Deres overskydende binder energi er vist i nedenstående graf.The Pattern of the Impact of Additional Neutrons on Binding Energies of Nuclides.
Det mønster af virkningen af yderligere neutroner ved bindende energier nukleiderne.The Binding Energies of Nuclei Which Could Contain an Integral Number of Alpha Particles.
Here are some of the characteristics of nuclei revealed by incremental binding energies.
Analysis in terms of Incremental binding energies reveal that 6 and 14 are also magic numbers.
Analyse af trinvis bindende energi afslører, at 6 og 14 er også magiske tal.He treated the structure of the various nuclear components discussing their binding energies and their stability.
Han behandlede strukturen i de forskellige nukleare komponenter diskutere deres bindende energier og deres stabilitet.This makes the information on the binding energies of the last He 4 particle of interest; i.e.
Det gør The binding energies of the triteron(two neutrons and one proton) and the helium 3 nuclide are about 8.5 and 7.7 MeV, respectively.
Den bindende energier triteron(to neutroner og protoner) og helium 3 nuklid er ca. 8,5 og 7,7 MeV, henholdsvis.Both the white andcolored squares represent binding energies due to nucleon interactions.
Både hvide ogfarvede firkanter repræsenterer bindende energi pga. nucleon interaktioner.Incremental Binding Energies An incremental binding energy of a triplet of down quarks can be computed.
Inkremental Binding Energier En trinvis binding energi af en triplet af dun kvarker kan beregnes.Slightly over 99.99 percent of the variation in the binding energies of 2931 nuclides can be explained in this way.
Lidt mere end 99,99 procent af variationen i de bindende energier 2931 nuklider kan forklares på denne måde.The binding energies of nuclides larger than an alpha particle seem to include the binding energy of alpha particles.
De bindende kræfter af nuklider større end en alfapartikler synes at omfatte A model taking spin pairing into account explains 99.995 percent of the variation in the binding energies of the 2931 nuclides.
En model tage spin-parring i betragtning forklarer 99,995 procent af variationen i de bindende energierne af 2931 nuklider.The incremental excess binding energies(IXBE) of the third and fourth alpha modules are both about 8 MeV.
Den trinvise overskydende binder energi(IXBE) af den tredje og fjerde alpha moduler er både omkring 8 MeV.In the above graph the sharp drop off in incremental binding energy after 41 neutron pairs corresponds to 82 neutrons, a magic number Analysis in terms of Incremental binding energies reveal that 6 and 14 are also magic numbers.
I ovenstående graf det bratte fald i trinvis bindende energi efter 41 neutron par svarer til 82 neutroner, et magisk nummer Analyse af trinvis bindende energi afslører, at 6 og 14 er også magiske tal.Implication of the Interaction Binding Energies of the Quarks for the Interaction Binding Energies of the Nucleons.
Inddragelse af interaktionen bindingsenergier af Quarks for interaktionen Bindende energier nukleonerne.The Statistical Explanation of the Binding Energy of Nuclei in Terms of the Quarks They Contain San José State University applet-magic.com Thayer WatkinsSilicon Valley& Tornado AlleyUSA The Statistical Explanation of the Binding Energy of Nuclei in Terms of the Quarks They Contain Background A model for explaining the binding energies of nuclides in terms of the number of their nucleon spin pairs and interactions performs very well statistically.
The binding energies of nuclides can be overwhelmingly explained by the formation of quark pairs and the interactions of the quarks they contain.
De bindende energier nuklider kan overvældende forklares ved dannelsen af kvark par, og samspillet mellem The 2931 nuclides can be tabulated in terms of their values of u andd. Incremental binding energies can be computed but this means something different for quarks than for nucleons.
De 2931 nuklider kan tabuleret i form af deres værdier for u ogd. Incremental bindingsenergier kan beregnes, men det betyder noget andet for kvarker end for nukleoner.The Binding Energies of Particular Interactions Are Revealed by the Second Differences in Binding Energies Consider a nucleus with N neutron pairs and P proton pairs.
Det A model for explaining the binding energies of nuclides in terms of the number of their nucleon spin pairs and interactions performs very well statistically.
En model til at forklare de bindende energier nuklider med hensyn til antallet af deres nukleon spin-par og interaktioner udfører meget godt statistisk.See Binding Energy and Potential Energy. .
Se Bindende Energi og Potentiel When this increment in binding energy is plotted the results are as shown below.
Når denne tilvaekst i bindende energi er Plottes resultaterne er som vist nedenfor.Usually this binding energy is expressed in millions of electron volts MeV.
Normalt denne bindende energi er udtrykt i millioner af ELECTRON VOLT MeV.The effects of neutron-neutron spin pair formation on binding energy.
Virkningerne af neutron-neutron spin par dannelse på bindende energi.The Differential Impact of Neutrons and Protons on the Binding Energy of Nuclides.
Differentialets virkning af neutroner og protoner på bindende energi af nukleiderne.The same effects occur for proton-proton spin pair formation on binding energy.
De samme virkninger for proton-proton spin par dannelse på bindende energi.
