Mitä Tarkoittaa NEUTRON Englanniksi - Englanniksi Käännös

• neutron

Esimerkkejä Neutron käytöstä Kroaatti ja niiden käännökset Englanti

Ja sam Jimmy Neutron, a vi ste vanzemaljska forma života.
An1}I'M JIMMY NEUTRON,{\an1}AND YOU'RE AN ALIEN LIFE-FORM.

Znao sam franka winter prije nego je svijet znao što je neutron.
I knew Frank Winter since before the world knew what a neutron was.

I onda, neutron je upitao, hej, konobaru, koliko košta soda?
So, then the neutron asked,"hey, waiter,"how much is the soda?

Kada spojite dva protona jedan od njih postaje neutron.
What happens when you stick two protons together is one of the protons turns into a neutron.

Helij se dijeli, i neutron izlazi van i mnogo energije izlazi van.
Helium splits out, and a neutron comes out and lots of energy comes out.

Čak si odjenuo sebe i Waynea samo da biste me nasmijali. u Madam Neutron i Eternal Assassina.
Like Madam Neutron and the Eternal Assassin, just to make me laugh. And… And you even dressed you and Wayne up.

Taj izotop će zapravo pokupiti neutron, i za otprilike 23 sata će ga pretvoriti u zlato.
And that isotope will actually pick up a neutron and, in about 23 hours, turn into gold.

Slika 1: Radioaktivni izotop, 7Be, raspada se kada proton zarobi elektron iz jedne od ljuski i postane neutron.
Fig 1: The radioactive isotope, 7Be, decays when a proton captures an electron from one of the shells and becomes a neutron.

Ta reakcija pri dnu, to je litij 6, plus neutron, će vam dati više helija, plus tritij.
That reaction at the bottom, that's lithium 6, plus a neutron, will give you more helium, plus tritium.

Konačno tu je i p-9Be reakcija, koja je ne samo teško upaljiva, već se 9Be može lako podijeliti na dvije alfa čestice i neutron.
Reaction, which is not only difficult to burn, but 9 4Be can be easily induced to split into two alpha particles and a neutron.

Zamislite ovo ping-pong loptica je neutron, leti prema nestabilnom urana jezgre, u mišolovka.
Imagine this ping-pong ball is a neutron, flying towards an unstable uranium nucleus, a mousetrap.

Prijelazni rezultat fuzije deuterija i tricija je nestabilna jezgra 5He, koja odmah izbacuje neutron uz energiju od 14, 1 MeV.
The(intermediate) result of the fusion is an unstable 5He nucleus, which immediately ejects a neutron with 14.1 MeV.

Zamislite ovu ping-pong lopticu kao neutron, koja leti prema nestabilnoj uranijevoj jezgri, mišolovki.
Imagine this ping-pong ball is a neutron, flying towards an unstable uranium nucleus, a mousetrap. A chain reaction.

Cijela stvar bili nestabilna. Fermi se nadao da će, kad neutron uđe u jezgru uranija.
It would make the whole thing unstable. Fermi was hoping that when the neutron entered the uranium nucleus.

Konačno, tu je i p-9Be reakcija, koja ne samo da se teško održava, već se 9Be može lako navesti na dijeljenje u dvije alfa čestice i neutron.
Finally there is also a p+-9 4Be reaction, which is not only difficult to burn, but 9 4Be can be easily induced to split into two alpha particles and a neutron.

Kad u atomsku jezgru uranija-235 uleti spori neutron, on svoju energiju preda nukleonima u toj jezgri.
When a neutron hits the nucleus of a uranium-235 or plutonium atom, it can split the nucleus into two smaller nuclei.

Jedna, nazvana jaka nuklearna sila, ponaša se kao super lepak držeći nukleotide svih atoma zajedno povezivanjem protona za neutron.
One, dubbed the strong nuclear force, acts like a super-glue, holding the nucleus_BAR_of every atom together, binding protons to neutrons.

Deuterij i tritij prilikom spajanja tvore helij 5. Helij se dijeli, i neutron izlazi van i mnogo energije izlazi van.
Deuterium and tritium goes together makes helium 5. Helium splits out, and a neutron comes out and lots of energy comes out.

U nuklearnom reaktoru ili nuklearnom oružju većina fisijskih događaja uzrokovana su bombardiranjem sa drugom česticom, kao što je neutron.
In a nuclear reactor or nuclear weapon, the overwhelming majority of fission events are induced by bombardment with another particle, a neutron, which is itself produced by prior fission events.

Pri tim razinama energija dvije se jezgre deuterija mogu spojiti kako bi stvorile jezgru helija-3, neutron energije 2, 45 MeV i tzv. bremsstrahlung zakočno zračenje.
At these energy levels, two deuterium nuclei can fuse together to produce a helium-3 nucleus, a 2.45 MeV neutron and bremsstrahlung.

Atom uranija-235 hvata spori neutron i raspada se na dva nova atoma(fisioni fragmenti- barij-141 i kripton-92), oslobađajući 3 nova neutrona i ogromnu količinu energije vezanja(200 MeV).
A uranium-235 atom absorbs a neutron, and fissions into two new atoms(fission fragments), releasing three new neutrons and a large amount of binding energy.

Prijelazni rezultat fuzije deuterija i tricija je nestabilno 5He jezgro, koje odmah izbacuje neutron sa energijom od 14, 1 MeV.
The(intermediate) result of the fusion is an unstable 5He nucleus, which immediately ejects a neutron with 14.1 MeV.

Kada se nukleon kao što je proton ili neutron dodaju jezgru, jaka sila privlači ih prema drugim nukleonima u tom jezgru, ali prvenstveno ih privlači prema najbližim susjednim nukleonima zbog kratkog dometa te sile.
When a nucleon such as a proton or neutron is added to a nucleus, the nuclear force attracts it to other nucleons, but primarily to its immediate neighbours due to the short range of the force.

U nuklearnoj reakciji, jezgra berilija se pretvara u ugljik-12, a slobodni neutron izlazi iz reakcije i putuje u istom smjeru kao alfa-čestice.
In the nuclear reaction that occurs, a beryllium nucleus is transmuted into carbon-12, and one free neutron is emitted, traveling in about the same direction as the alpha particle was heading.

Neutroni drugog oblika imaju energiju samo 2, 45 MeV, dok neutron iz D-T fuzije imaju energiju od 14, 1 MeV, koja rezultira u većem stupnju stvaranja izotopa i uništenja materijala.
The neutron from the second branch has an energy of only 2.45 MeV(0.393 pJ), whereas the neutron from the D-T reaction has an energy of 14.1 MeV(2.26 pJ), resulting in a wider range of isotope production and material damage.

Hans Albrecht Bethe je predložio da jedan od protona može doživjeti beta-raspad u neutron, preko slabe nuklearne sile, za vrijeme kratkog trenutka fuzije, stvarajući deuterij u početku niza.
Hans Bethe proposed that one of the protons could beta decay into a neutron via the weak interaction during the brief moment of fusion, making deuterium the initial product in the chain.

Smatra se da je itrij-89 obilniji nego što bi inače bio, dijelom i zbog s-procesa, koji dozvoljava dovoljno vremena za izotope stvorene od drugih procesa da se raspadnu putem emisije elektrona neutron → proton.
Yttrium-89 is thought to be more abundant than it otherwise would be, due in part to the s-process, which allows enough time for isotopes created by other processes to decay by electron emission neutron→ proton.

Kada se nukleoni kao što je proton ili neutron dodaju jezgri, jaka sila privlači ih prema drugim nukleonima u tom jezgru, ali prvenstveno ih privlači prema najbližim susjednim nukleonima zbog kratkog dometa te sile.
When a nucleon such as a proton or neutron is added to a nucleus, the nuclear force attracts it to all the other nucleons of the nucleus(if the atom is small enough), but primarily to its immediate neighbours due to the short range of the force.

Tritium u prirodi u slobodnoj državi se ne događa, pa je mnogo skuplji od deuterija, s tržišnom cijenom od nekoliko desetaka tisuća dolara po gramu, no najveća se količina energije oslobađa u fuzijskoj reakciji deuterija i tricijuma, koji proizvodi jezgru helija i oslobađa neutron koji nosi višak energije od 17, 59 MeV.
Tritium in nature in the free state does not occur, so it is much more expensive than deuterium, with a market price of tens of thousands of dollars per gram, however the greatest amount of energy is released in a fusion reaction of deuterium and tritium, which produces helium nucleus and releases a neutron carrying away the excess energy of 17.59 MeV.

U tom slučaju, Lambda ulazi u središte atomske jezgre(nije ni proton ni neutron, pa na česticu ne utječe Paulijev princip isključenja), i još čvršće drži jezgru skupa zbog interakcije putem jake nuklearne sile.
In such a scenario, the Lambda slides into the center of the nucleus(it is not a proton or a neutron, and thus is not affected by the Pauli exclusion principle), and it binds the nucleus more tightly together due to its interaction via the strong force.