1) forked pipe with equal diameter and symmetry
等径、对称叉管
2) crossing symmetry
交叉对称
3) radially symmetric
径向对称
1.
We consider the Henon equation where Ω is the unit ball in R~N, a > 0 is aj constant, and p is superlinear and subcritical, that is When the dimension N > 3, it is known that the least-energy solutions cannot be, as p approaches the critical exponent, radially symmetric, and the maximum point will converge to the boundary.
我们考虑Henon方程Ω是R~N中的单位球,α>0一个常数,指数p是超线性且次临界的,即前人已经证明了维数N≥3时,该方程的极小能量解在p趋向于临界指数时不是径向对称的,并且其最大值点会趋向于边界。
5) non-symmetrical branching channel
不对称分叉
6) crossing symmetry
交叉对称性
1.
This new form factor satisfies the crossing symmetry law of strongly interacting particle scattering amplitudes transfered from t-channel to s-channel or the inverse.
使用该形状因子的散射振幅具有从t道到s道或从s道到t道的交叉对称性。
补充资料:叉手管
1.即叉手笛。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条