nuclear matter造句

• The quark energy loss of fast quarks in nuclear matter
  高能夸克在核环境中的能量损失
• So the thermodynamic properties of nuclear matter could be studied
  在此基础上就可以讨论核物质的相关热力学性质。
• However , it is still a difficult problem how a nuclear matter background could be taken into account
  但是，如何将核物质背景考虑近来，这仍然是理论物理研究中的一个难题。
• Shortcomings observed in other methods are removed and a satisfactory description of symmetric nuclear matter is reached
  这种办法消除了其它方法的弊端，并对对称核物质性质给出了较好的描述。
• Meanwhile we find that decay constant fn and the tt mass mv monotonously decrease as nuclear matter density increases
  我们同时发现介子的衰变常数f _和质量m _随着核物质密度_ n的增加而单调递减。
• The methods measuring excitation energies and temperature of highly excited nuclear matter and their reliability have been summarized
  摘要评述了高激发核的激发能及核温度的测量方法，以及这些测量方法的可靠性。
• Here by applying qhd - i model and zm model , we have mainly discussed the effective nucleon mass in hot and dense nuclear matter
  本文主要采用( qhd - )模型和zm模型，讨论了在热密核物质中核子有效质量的变化规律。
• The result is consistent with the usual assumption that the chiral symmetry is gradually restored as density of a nuclear matter increases
  这个结果和手征对称性随着核物质密度增加而逐渐恢复这一通常假设是符合的。
• Using the effective action we got in a nuclear matter , we calculate the decay constant / ? and tt mass m - jf as functions of the chemical potential
  利用我们得到的核物质中的有效作用量，我们计算了介子的衰变常数和质量，他们都是化学势的函数。
• There are two frameworks the temperature field theory and the relativistic hadronic model theory for studying nuclear matter at finite temperature and finite density
  热密核物质研究的理论基础主要是有限温度场论和相对论性的强子动力学模型理论。
• The criminal heavy case 2003 , 2005 and so on the criminals know the crime the disease symptom fascist terror use nuclear matter to carry on the long - term murder completely
  罪犯重案件2003 、 2005等罪犯全部知晓罪行的病状法西斯恐怖使用核物质进行长期杀人。
• Remaining at the center of the vela supernova remnant is a pulsar , a star as dense as nuclear matter that completely rotates more than ten times in a single second
  船帆座超新星爆炸遗骸的中心还存在著一颗脉冲星，它是一颗如原子般致密的天体，一秒钟可以自转十次以上。
• The conditional moment correlations and distributions in hot nuclear multi - fragmentation are reviewed and investigated . the signals of liquid - gas phase transition in nuclear matter are discussed
  摘要评述和研究了热核多重碎裂中的条件矩关联与分布，并讨论了核内液气相变的信号。
• This study adopts the monte - carlo general software - mcnp to compute and analyze the effect of movement of the nuclear matter on the minimum detectable limit of the nuclear radiation detector array
  文章通过建立蒙特卡罗模型并应用通用软件mcnp程序分析计算核材料的移动对核辐射探测器阵列探测下限的影响。
• The relation between the chemical potential and the density of a nuclear matter is firstly given here , which is that the density of a nuclear matter monotonously increases with the increasing of the chemical potential
  在此，化学势和核物质密度之间的关系第一次被给出：核物质密度随着化学势的增加而单调递增。
• In the frame of gcm , by introducing the chemical potential of baryons in this paper , we have found an effective method to study some properties of tt meson in a nuclear matter with finite density
  在gcm理论框架下通过将化学势引入双定域场和有效作用量，本文找到一种有效的方法研究介子在有限密度核物质中的一些性质。
• The dbhf method is one of the most reliable and feasible microscopic methods for the description of effective interactions in the nuclear medium . it reproduces the empirical saturation properties of nuclear matter successfully
  Dbhf方法是直接从现实两体核子-核子相互作用出发的相对论微观理论，它成功地描述了核物质饱和性质的经验值。
• They should wear eyeshade , drag a rope with a rubber band on it and then pick up the nuclear matter with it , but can ' t touch the n - pollution area and must make sure the water not overflow
  每个小组指派4个成员作为特种部队成员，他们需戴上眼罩，然后特种部队成员每人牵着一根绳子（中间套上一个橡皮筋） ，去把核物质取出，但是不能接触禁区，杯子中的水也不能溢出。
• It is widely known that the relativistic mean field ( rmf ) method is rather successful in the researches of nuclear matter , finite nuclei and other fields . in our paper , we use the basical spirit of rmf in practical calculation
  鉴于相对论平均场( rmf )理论在对核物质，有限核，以及其他领域研究中的运用取得了较大的成功，在本文的实际计算中，我们亦采用相对论平均场的思想。
• We calculate the scalar and vector self - energy in symmetric and asymmetric nuclear matter with this new decomposition approach of the g matrix . the properties of symmetric , asymmetric , and neutron matter are systematically studied in this effective dbhf approach
  我们利用这种g矩阵新的分解方法计算了对称、不对称核物质及中子物质的自能，进一步系统地研究了对称、不对称核物质及有限核的性质。