氢化物发生器

发展了一种新型的氢化物发生技术&可移动还原床氢化物发生器，可以实现微升级样品的分析而不需要对样品进行酸化和使用气－液分离器。

A novel hydride generation system termed movable reduction bed hydride generator has been developed in this work .

新型氢化物发生技术&可移动还原床氢化物发生器Ⅰ.可移动还原床氢化物发生器的结构及特征

A Novel Hydride Generation Technique & Movable Reduction Bed Hydride Generator ⅰ . The Configuration and Characteristic of the Movable Reduction Bed Hydride Generator

H-3型半自动火焰原子吸收氢化物发生器&1.结构和以空气-乙炔火焰原子化的测定性能

Model H-3 semiautomatic hydride generator used in flame atomic absorption spectrometry

本法采用改装后的日立HFS-2型氢化物发生器和两种自制T型石英管与原子吸收光谱仪主机配合。

This paper applies hydride generator of improved HFS-2 type and two kinds of T-type quartz tubes cooperate with main machine of atomic absorption spectroscopy .

本文介绍一种新型的氢化物发生器。

A new hydride generator for atomic absorption spectrometry is developed .

原子吸收法氢化物发生器装置的改进

Improvement on the Installation of Atomic Absorption Hydride Generator

氢化物发生器制作与砷的测定

Hydride generator and determination of arsenic

本文采用原子吸收光度计与氢化物发生器联用测定食品中汞，目的是拓宽原子吸收光度计应用范围。

This article inducts that we can determine mercury in food by combine atomic-absorption spectrometer with hydride generator .

采用连续氢化物发生器，对电感耦合等离子体原子发射光谱法（ICP－AES）测定痕量铅的条件进行了研究。

The conditions for determination of trace lead hy ICP-AES with a continuous hydride generator were studied systematically .

采用断续流动氢化物发生器，对原子荧光法测定痕量铅的条件进行了系统研究。

The conditions for determination of trace lead by atomic fluorescence spectrometry with a intermittent hydride generator were studied systematically .

本文采用喷流型连续氢化物发生器，氢化物-火焰原子吸收光谱法对岩石、矿物中微量铅的测定条件进行了研究。

A simple and sensitive method for the determination of lead in rock and mineral by hydride generation-flame AAS with a hydride generator of squirt type has been developed .

本文报道用微型氢化物发生器原子吸收法测定铋的干扰研究。发现镍、钴、铜对铋的干扰属于液相干扰，锑铅和硒的干扰主要为气相干扰。

The interferences of Ni , Co and Cu on Bi were present in the liquid phase , while Sb , Pb and Se mainly in the gas phase .

发生氢化物-火焰原子吸收法用的一种新的小型氢化物发生器&Ⅰ.发生器的结构和性能

A New Miniature Hydride Generator for Hydride Generation-Flame Atomic Absorption Analysis ⅰ . Structure and Functions of the Generator

主要介绍了全自动氢化物发生原子荧光光谱仪的情况，主要从激发光源、原子化器及氢化物发生器等几方面对仪器的发展进行了阐述。

An automatic atomic fluorescence spectrometer which consists light source , atomizer and reactor for the vapor generation was described in this paper .