理论预言了四代通常费米子和四代异常费米子。
This theory predicts four generations of ordinary fermions and four generations of peculiar fermions.
要求反对称波函数的粒子，如电子，叫做费米子。
Particles, such as electrons, requiring antisymmetric wave functions are called fermions.
在温度和费米子极化的相图上得到了三相点的位置。
The tricritical point in the temperature-polarization plane is obtained.
中文：粒子物理的标准模型中的12个费米子和4个波色子。
Standard model of elementary particles: the 12 fundamental fermions and 4 fundamental bosons.
给出了费米子动力学对称模型中的SU（3）对称极限的内禀态下的平均核子数密度。
The present paper reports the average nucleon number density in the intrinsic states of SU(3) of the Fermion Dynamical Symmetry Model (FDSM).
结果显示六维动态黑洞的玻色子熵和费米子熵有相同的形式，它们之间只相差一个系数。
The results show that the entropies of boson field and the fermion field of six dimensional non-stationary black hale have similar formulae only with a coefficient difference.
玻色子与费米子不同，占有同一量子态的玻色子数目不受限制，这一性状引发氦-4的超流性。
Unlike fermions, there is no limit to the number of bosons that can occupy the same quantum state, a behaviour that gives rise to the superfluidity of helium-4.
该理论不仅可应用于重电子金属的合金系统，还适合于讨论最新发现的重费米子绝缘体中的掺杂效应。
Our theory can be applied not only to the alloy systems of heavy electron metals, but also to the discussion of doping effects in newly discovered heavy - fermion insulators.
本文分别建立了玻色子和费米子两种情况的SU_3电荷、超荷相干态。同时提出了带电费米子相干态。
We propose a SU_3 charged, hypercharged Coherent state for bosons and fermions, and a coherent state for charged fermions is also constructed.
这些材料的低能激发集中在动量空间的一些狄拉克/外尔点附近，与相对论高能物理中的狄拉克/外尔费米子非常相似。
Their low energy electronic excitations are located around a few Dirac/Weyl nodes in momentum space and resemble the relativistic Dirac/Weyl fermions in high energy physics.
利用史瓦西黑洞的辐出度，导出了黑洞费米子场和玻色子场的辐射谱及其对应的维恩位移定律，并且得出二者的辐射谱及定律略有不同。
Using radiant exitance of Schwarzschild black hole, the radiation spectrums of Fermion field and Boson field of black hole are calculated out, and Wien's displacement laws are also obtained.
利用史瓦西黑洞的辐出度，导出了黑洞费米子场和玻色子场的辐射谱及其对应的维恩位移定律， 并且得出二者的辐射谱及定律略有不同。
By using the radiant emittance of Schwarzchild, the radiation spectrum of black hole are calcutated out. and both of them have a little difference.
在CERN以及美国的费米实验室用粒子对撞机寻求希格斯子数十年后，LHC的研究者们相信他们也许会最终抓住这位粒子通缉犯。
After decades searching for the Higgs in particle collisions at CERN, and at Fermilab in the us, researchers at the LHC believe they may finally have the elusive particle within their grasp.
凭借他们空前的能量，大型强子对撞机（LHC)在费米实验室很热门。
And with its unprecedented energies, the Large Hadron Collider is hot on Fermilab's heels.
凭借他们空前的能量，大型强子对撞机（LHC)在费米实验室很热门。
And with its unprecedented energies, the Large Hadron Collider is hot on Fermilab's heels.
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