首页> 外文会议>Conference Series no.182; International Symposium on the Science and Technology of Light Sources; 20040718-22; Toulouse(FR) >The influence of the spectrum of helium gas discharge lamps on the shape of magnetic resonance lines in helium
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The influence of the spectrum of helium gas discharge lamps on the shape of magnetic resonance lines in helium

机译:氦气放电灯光谱对氦气磁共振线形状的影响

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If circularly polarized light is spread along the direction of the constant magnetic field H_o, then, applying the resonance magnetic field, perpendicular to H_o, it is possible to observe this magnetic resonance of optically spin- polarized atoms. It has been shown that the signal of magnetic resonance acquires the intricate shape: an appearance of a gap in the centre of resonance curve and correspondingly two side maxima when the orientation and alignment give the comparable contributions in it. It has been determined the dependence on a (the ratio of the contributions to the signal due to orientation and alignment) for the following variables: the splitting of the resonance curve; the limit value of the resonance magnetic field at which the gap appears in the center of the line; the ratio of the signal in the center of the resonance line to that in the maxima. The effect take place for the states with angular momentum J > S.
机译:如果圆偏振光沿着恒定磁场H_o的方向散布,则施加垂直于H_o的共振磁场,可以观察到光学自旋极化原子的磁共振。已经显示出,磁共振信号获得复杂的形状:当取向和对准在其中产生可比的贡献时,在共振曲线的中心出现间隙并相应地出现两个侧面最大值。已经确定对于以下变量的依赖关系(由于取向和对准而对信号的贡献之比):共振曲线的分裂;在线的中心出现间隙的共振磁场的极限值;谐振线中心的信号与最大值之间的信号之比。对于角动量J> S的状态会发生影响。

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