例句與造句

1. Particles which exhibit symmetric states are called bosons.
2. Also, for a symmetric state with two quarks with two different colors, you get an attractive force.
3. As we will see, the nature of symmetric states has important consequences for the statistical properties of systems composed of many identical bosons.
4. In Bose Einstein statistics ( B E Statistics ) interchanging any two particles of the system leaves the resultant system in a symmetric state.
5. The potential curves of the antisymmetric states 4? and 6? are almost coincident with the potential curves of the symmetric states 5? and 6?.
6. It's difficult to find symmetric state in a sentence. 用symmetric state造句挺難的
7. For example, we must always use symmetric states when describing photons or helium-4 atoms, and antisymmetric states when describing electrons or protons.
8. If the particles are bosons, they occupy a "'totally symmetric state "', which is symmetric under the exchange of " any two " particle labels:
9. However, if the system is initialized to a perfectly symmetric state, like all philosophers holding their left side forks, then the graph is cyclic at the outset, and their solution cannot prevent a deadlock.
10. The two v = 1 states combine to form a symmetric state ( 1 + ) at 932.5 cm  " 1 above the ground ( 0 + ) state and an antisymmetric state ( 1  " ) at 968.3 cm  " 1.
11. This is a kind of " spontaneous symmetry breaking ", in which an initially symmetric state ( all nodes being the same, with random initial keys for each other ) leads to a highly asymmetric situation, with nodes coming to specialize in data that has closely related keys.
12. But then a Many Worlder will argue that you still have a symmetric state but this involves the observers being entangled with the system, this is then a superposition of all the possible ways the symmetry can be broken . talk ) 18 : 43, 16 September 2013 ( UTC)