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氮分子在紫外光谱区的激光作用。发生于三重态能级第二正带系统之间的跃迁(C~→B~3g)。在这类激光器中,上、下能级的激发。主要是(?)电子与基志氮分子直接碰撞实现的。从基志到各三重态能级的激发几(?).与碰撞电子的能量有关。当电子具有某一恰当的能量时,某一能级的激发几乎达到最大。在其它或大或小的电子触量值之下。该能级的激发几乎都将减小。这种激发几乎也可用有效激发截面来表示。D.C.Cartwryght对氮分子六个三重态能级的有效激发截面与电子
LASER EFFECT OF NITROGEN ON UV VIBRATION. Occurred in the triplet energy level between the second positive band system transition (C ~ → B ~ 3g). In this type of laser, the excitation of the upper and lower energy levels. Mainly (?) Electron and base Chi nitrogen molecules to achieve direct collision. From Chi Chi to the triplet energy level excitation (?). And the collision of the energy of the electron. When the electrons have a certain amount of energy, the excitation of a certain level is almost maximum. Under other large or small electronic touch value. Almost all of this level of excitation will be reduced. This type of excitation can also be expressed almost with an effective excitation cross section. D.C. Partly Wryght Effective Excitation Cross Sections and Electrons for Six Triplets of Nitrogen Molecules