首页> 外文期刊>Central European Journal of Chemistry >HPLC monitored synthesis of R2 NCH2 substituted benzene derivatives used as (C, N)-ligands for organometallic compounds
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HPLC monitored synthesis of R2 NCH2 substituted benzene derivatives used as (C, N)-ligands for organometallic compounds

机译:HPLC监测R 2 NCH 2 取代的苯衍生物的合成,用作有机金属化合物的(C,N)配体

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摘要

2-(Diethylaminomethyl)phenyl bromide and 1,3-bis(dimethylaminomethyl)benzene, useful ligands for the synthesis of hypervalent organometallic compounds, were prepared and characterized by NMR (1H,13 C, 2D experiments) spectroscopy. Their synthesis was monitored by the HPLC method. The compounds were eluted on a Nucleosil 120 Si column (5 m, 25 × 0.4 cm) withn -hexane at room temperature using a 1.0 ml/min flow-rate. The maximum values of absorbance for the studied compounds, excepting the diethylamine, were located in a narrow range around 212 nm, the wavelength used for their UV detection. The diethylamine was detected at 190 nm. The calibration curves are straight lines with correlation factors r > 0.995. The HPLC data are in good agreement with those provided by NMR spectroscopy.
机译:制备了用于合成高价有机金属化合物的有用配体2-(二乙氨基甲基)苯基溴和1,3-双(二甲氨基甲基)苯,并通过NMR进行了表征( 1 H, 13 < / sup> C,2D实验)。通过HPLC方法监测它们的合成。在室温下,使用正己烷以1.0 ml / min的流速在Nucleosil 120 Si柱(5 m,25×0.4 cm)上洗脱化合物。除二乙胺外,所研究化合物的最大吸光度值位于212 nm左右的狭窄范围内,该波长用于检测UV。在190 nm处检测到二乙胺。校准曲线是相关系数r> 0.995的直线。 HPLC数据与NMR光谱法提供的数据非常一致。

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