原子化能

研究表明：随着团簇尺寸的增大，单个原子的平均原子化能逐渐增大。

It is shown that the atomization energy per atom increases with the cluster size .

结果表明，石墨管涂Zr后不影响Cu的原子化，但却能改变Pb的原子化机理，使其原子吸收轮廓出现多重峰。

The results showed that copper had the same atomization mechanism both in Zr-coated tube and uncoated one . Zr-coated tube could alter the atomization mechanism of lead and produced multiple-peak in its atomic profile .

得到了铬原子化表观活化能与共存元素蒸发热之间具有正相关性的结论。

The results show that the apparent energy of atomization for chromium is positively related with the vapor heat of the interference elements .

电热原子化机理研究&Ⅰ.测定原子化过程活化能的新方法

STUDIES ON THE MECHANISM OF ELECTROTHERMAL ATOMIZATION & ⅰ . Anew method for the determination of activation energy

在石英管原子化器的进口管进行加热预原子化，能抑制形成氢化物元素对铋的干扰，试验了测定铋的各项分析条件。

By heating the intake tube of quartz atomizer the suppression of interferences from hydride forming elements was obtained . Other conditions were also studied for Bi determination .