全同粒子 meaning in Chinese
identical particles
Examples
- The extension to systems of more than two identical particles is quite straightforward .
把上述结论推广到含有多于两个全同粒子的系统中去是十分容易的。 - In my thesis , i studied a simpler two - particle system ; it is composed of two spinless one - dimensional ( 1d ) particles of masses m _ ( 1 ) = m _ ( 2 ) = m _ ( 2 )
本文中我们研究了比较简单的二粒子系统，系统由一维无限深势阱中质量为m . = mz二m的两个无自旋的全同粒子构成。 - The essay give the conditions that we can distinguish the two ( or more ) identical principles and the method of distinguish the identical particles , sogive more operational identity principle
摘要给出可以区分两个（或两个以上）全同粒子的情况和区分方法，从而给出更具有操作性的全同性原理。 - The knowledge of these initial collision is crucial for any theoretical treat - ment of a possible parton - hadron phase transition , the detection of which being the ultimate aim of all the efforts of co1liding heavy ions at very high energies . the parton model allows to calculate inclusive cross sections as a convolution of any elementary cross section with parton distribution functions , assuming that factorization works . the disadvantage is that tlle first interaction is coilsidered quite differently from the subsequent ones in case of multiple scattering
其它的弦模型在计算几率时，忽略了入射能量在pomeron之间的分配，破坏了能量守恒，而且把pomeron作为全同粒子处理，即pomeron之间是不可区分的；然而在处理粒子产生时，这些模型虽然考虑了能量守恒，但是第一个pomeron的粒子产生与其它的pomeron很不一样? ? pomeron在粒子产生时不是全同的。