Tegesé saka "W particle" ing bausastra Basa Inggris

PANGOCAP SAKA W PARTICLE ING BASA INGGRIS

W particle

APA TEGESÉ W PARTICLE ING BASA INGGRIS?

W lan Z boson

W and Z bosons

W lan Z bosons (bebarengan dikenal minangka boson sing ringkih utawa, kurang khusus, boson vektor penengah) minangka partikel dhasar sing ngirangi interaksi lemah; simbol-simbol kasebut yaiku W +, W- lan Z. W bosons duwé muatan listrik positif lan negatif 1 pamrentahan SD lan masing-masing antipartikel. Ing bos Z iku elektrik kanthi netral lan minangka antipartikel dhewe. Kabeh telu saka partikel kasebut rada cendhak kanthi umur setengah saka kira-kira 3 × 10-25 s. Penemuan iki minangka sukses utama kanggo apa sing saiki diarani Model Standar fisika partikel. Ing bosons W diwenehi jeneng sawise pasukan sing kuwat. Fisikawan Steven Weinberg nduwe partikel tambahan ing "partikel Z", mengko menehi katrangan yen iku partikel tambahan pungkasan sing dibutuhake dening model - boson W wis diarani - lan wis ora ana muatan listrik. Rong bos W paling misuwur minangka mediator panyerapan lan emisi neutrino, ing ngendi pangisian daya kasebut digandhengake karo emisi elektron utawa positron utawa panyerapan, tansah nyebabake transmutasi nuklir.

The W and Z bosons (together known as the weak bosons or, less specifically, the intermediate vector bosons) are the elementary particles that mediate the weak interaction; their symbols are W+, W− and Z. The W bosons have a positive and negative electric charge of 1 elementary charge respectively and are each other's antiparticles. The Z boson is electrically neutral and is its own antiparticle. All three of these particles are very short-lived with a half-life of about 3×10−25 s. Their discovery was a major success for what is now called the Standard Model of particle physics. The W bosons are named after the weak force. The physicist Steven Weinberg named the additional particle the "Z particle", later giving the explanation that it was the last additional particle needed by the model – the W bosons had already been named – and that it has zero electric charge. The two W bosons are best known as mediators of neutrino absorption and emission, where their charge is associated with electron or positron emission or absorption, always causing nuclear transmutation.

PERTALAN SAKA W PARTICLE

Weruhi pertalan saka W particle menyang 25 basa nganggo Basa Inggris pamertal multi basa kita.

pertalan saka W particle saka Basa Inggris menyang basa liyané kang kasuguhaké ing perangan iki kajupuk saka pertalan statistik otomatis; ing ngendhi inti unit pertalan yaiku tembung «W particle» ing Basa Inggris.

• Pamertal Basa Inggris - Basa Cina: 钨粉粒子
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BUKU BASA INGGRIS KAKAIT KARO «W PARTICLE»

Temukaké kagunané saka W particle ing pilihan bibliografi iki. Buku kang kakait dening W particle lan pethikan cekak kang padha kanggo nyediyakaké panggunané ing sastra Basa Inggris.

New Scientist

But unlike the W particles, which can be predicted by other "non-unified" theories, the Z° is a feature only of a theory that unifies forces in a particular way. As such the Z°, more than the W particle, is an indicator that the theorists are on the right ...

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LEP - The Lord of the Collider Rings at CERN 1980-2000: The ...

The W particle decays preferentially into a charged lepton and a neutrino,21 which can only be detected indirectly by measuring the missing energy and momentum which the neutrino carries away. The simplest types of W particle pair events ...

Rolf-Dieter Heuer, Herwig Schopper, 2009

Cracking the Quantum Code of the Universe

ENTER THE W PARTICLE The electromagnetic force between two electrons or between a positron and an electron is produced by the charged particles exchanging massless photons. In 1938, Swedish physicist Oskar Klein proposed the ...

John Moffat, 2014

The Particle Odyssey: A Journey to the Heart of Matter

9.20 An image of one of the first observations of the W particle - the charged carrier of the weak force - captured in the UA1 detector at CERN in 1982. UA1 detected the head-on collisions of protons and antiprotons. which in this view came in ...

F. E. Close, Frank Close, Michael Marten, 2004

Verb-particle Explorations

[vP subject v [wP [ w particle [-N; +V] ] [VP DO V ]]] b. [vP subject v [wP [w V- particle ] [Vp DO ty ]]] c. [vp subject [v [w V-particle]-v ] [wP tw [Vp DO tv ]]] The split construction is derived as the option whereby the particle is inserted with the nominal ...

Nicole Dehé, 2002

Advanced Ceramic Coatings and Interfaces II: Ceramic ...

In contact with the Ag coating is an elongated W particle (from point C to D in Figure 4 (a))., where a clearly visible interface is present separating this elongated W particle and the Ag coating at point C. Below this elongated W particle is a thin ...

Uwe Schulz, Hua-Tay Lin, Jonathan Salem, 2008

Statistical Mechanics: A Short Treatise

Here by a "chaotic" W-particle state we again mean a state such that the W- particle correlation functions are a product of one W-particle distribution, which are independent of the T-particle distribution. More precisely a chaotic state is such that ...

Giovanni Gallavotti, 1999

Modeling: Gateway to the Unknown : a Work

One such set of tracks was lauded as the 'discovery of the W particle'. There are probably no free w particles in the universe now. They are exchange particles, intermediate vector bosons, postulated in quantum field theory. They are wrenched ...

Rom Harré, Daniel Rothbart, 2004

New Scientist

neutron decays into a proton, electron and neutrino. This process can be represented on a diagram as shown in Figure 1 with the neutron meeting, as it were, a "backwards" proton to produce a W particle. The W then decays to an electron and ...

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Handbook of Particle Physics

In second order perturbation theory, this could give rise to an effective current- current interaction if the W particle's propagator has a very big mass My/- As an illustration, consider the beta decay of the neutron. The weak nucleon current emits ...

M.K. Sundaresan, 2001