n.重子；激發(fā)核子

A semistable or unstable baryon with mass greater than the neutron. 超子一個(gè)不固定的重子，其質(zhì)量比中子大

The entropy per baryon and heat capacity per baryon as functions of temperature are examined. 本文還討論了相變中的熵和比熱對(duì)溫度的依賴關(guān)系，發(fā)現(xiàn)熵在相變過(guò)程中是隨溫度連續(xù)變化的，而比熱則是不連續(xù)的。

The statement that for every baryon that disappears another baryon appears is incomplete because it leaves antibaryons out of the reckoning. 有一個(gè)重子消失就有另一個(gè)重子出現(xiàn)的說(shuō)法是不夠完善的，因?yàn)樗鼪](méi)有把反重子算進(jìn)去。

In strong magnetic fields, Proton density increases with the increasing of total baryon densities, while neutron number density decreases. 隨著總粒子密度的增加質(zhì)子粒子數(shù)密度增加，中子粒子數(shù)密度減小。

When the total baryon number density is about 6 , neutrons and protons almost have the equal proportion, which leads to the symmetric nuclear matter. 當(dāng)總粒子數(shù)密度為 左右時(shí)中子數(shù)密度與質(zhì)子數(shù)密度很接近，使中子星物質(zhì)幾乎成為對(duì)稱核物質(zhì)。

反物質(zhì)微粒,反重子

重子的