The corresponding mass spectra are

The corresponding mass spectra are shown in Figure 7. With
a compensation voltage of −22.5 Vc, the peak mass spectrum for the rubidium is marked by the higher abundance isotope m/
z 84.90 and residual acetonitrile clusters at m/z 125.92 and
166.94. At the compensation voltage of −17 Vc, the mass
spectrum is dominated by up to six acetonitrile adducts for the
doubly charged Sr2+ ion (m/z 167.01). Filtration of the Rb+
signal in this spectrum at −17 Vc relative to peak rubidium
intensity at −22.5 Vc suggests that the DMS suppresses 90% of
the Rb+ signal (10% transmission). Neither peak spectra
demonstrate the survival of water adducts at this fragmentor
voltage of 325 V, though the acetonitrile adducts are clearly
preserved. While the relative dispersion follows that of the
cesium system, the separation is clearly better for the strontium
target compared to the cesium target and begs more rigorous
investigation of DMS using acetonitrile solvation.

結果 (中文) 1:

相应的质谱图，如图 7 所示。与−22.5 Vc，峰值质谱的铷补偿电压的显著特点是高丰度同位素 m /z 84.90 和残余乙腈团簇在 m/z 125.92 和166.94.在 −17 Vc，大众的补偿电压频谱由达六乙腈加合物为加倍收取 Sr2 + 离子 (m/z 167.01)。过滤的 Rb +这个在 −17 Vc 与峰值铷光谱中的信号在 −22.5 Vc 的强度暗示 DMS 抑制 90%的Rb + 信号 （10%的传输）。既不峰值谱展示的水生存加合物在这 fragmentor325 V，电压虽然乙腈加合物显然是保留。虽然相对分散跟随那的铯系统分离是清楚地更好为锶目标相比铯目标和回避更严格DMS 使用乙腈溶剂化作用的研究。

結果 (中文) 3:

相应的质谱如图7所示。随着一个VC−22.5补偿电压，对铷峰质谱的高丰度同位素标记/ MZ 84.90和残留乙腈团簇在M / Z 125.92和166.94。在−17 VC的补偿电压，质量频谱占主导地位的高达六乙腈加合物的双电荷Sr2+离子（m/z 167.01）。的Rb +过滤在−17 VC相对峰值铷在这个光谱信号在−22.5 VC强度表明DMS抑制90%RB +信号（10%传）。无论是峰在这个碰撞诱导解离演示水加合物的生存电压为325 V，虽然乙腈加合物是明确的保存.的相对分散性如下铯系统，分离显然是更好的锶目标相比，铯的目标，并要求更严格DMS乙腈溶剂的研究。