原子化效率

GFAAS中理论原子化效率与原子化温度的关系的研究

Ralation between Theoretical Atomization Efficiency and Atomization Temperature in GFAAS

稳温平台石墨炉内元素的原子化效率

Atomization Efficiency of Some Elements in a Stabilized Temperature Platform Furnace

气动雾化含有酚、甲醛的标样产生气溶胶，因其微粒中金属元素在炬焰中原子化效率的提高，结果ICP－AES法的检测能力提高了1～2个数量级。

The standard sample containing Phenol and formaldehyde becomes aerosol by pneumatic atomization . The power of test by ICP-AES improved by 1 ￣ 2 order because of the raise of atomized efficiency of metallic elements in aerosol particles in the plasma torch .

导出在稳温平台石墨炉内原子化效率的表示式。

The expressions were derived to describe the atomization efficiency in a stabilized temperature platform furnace ( STPF ) .

由于钼元素参与镓、铟和铊的原子化反应，从而改变了原子化机理，提高了原子化效率。

Because molybdenum participated in atomization reaction of gallium , indium and thallium , it can change atomization mechanism and improve atomization efficiency .