The condition of microwave digestion were optimized.
通过试验，优化了微波消解条件。
Good results were obtained by AAS analysis after microwave digestion in fresh biological samples.
叙述了微波消解制样技术直接用于新鲜生物样品消解-AAS测定，取得良好分析结果。
So the reaction by microwave digestion is guaranteed to complete oxidation by acidity importantly.
所以酸度是微波消解反应进行完全的重要保证。
Methods: Microwave digestion and atomic absorption spectrophotometer common water Fe and Mn content.
方法：采用微波消解和原子吸收分光光度法对常见水进行铁、锰含量测定。
The experimental conditions of microwave digestion, prereduction, and interferences were investigated.
考察了微波消解条件、预还原条件和干扰的影响。
The conditions of microwave digestion were optimized and the influence of coexisting ions was discussed.
试验优化了微波消解条件，并对共存离子的影响进行了讨论。
The microwave digestion of samples was used, and the optimum conditions for the digestion were developed.
以微波消解为样品前处理方法，建立了大米微波消解的最佳分析条件。
The effects of sample dissolving regents, microwave digestion conditions and matrix interference are discussed.
对溶样试剂、微波消解条件、基体干扰进行了相关讨论。
The paper describes the rationale of microwave digestion technology and advantage of the microwave digestion sample.
简述了微波消解技术的基本原理、微波消解样品的优势。
In recent years, the technique of fiber temperature sensor was applied to the microwave digestion instrument gradually.
近年来，微波消解仪中逐步采用光纤温度传感技术。
A new method for determining COD using the microwave digestion was developed and the digestion conditions were studied.
探讨了利用微波消解测定水中化学需氧量(COD)的各种条件实验。
Ginseng samples were digested by microwave digestion, copper and iron were determined by atomic absorption spectrometry.
采用微波消解样品和火焰原子吸收光度法，测定了人参中的铜、铁含量。
A closed-vessel microwave digestion method is described for the rapid dissolution of soil, sediment and biological samples.
本文采用密闭罐微波消化方法快速分解生物、土壤、沉积物等环境样品。
Methods: Graphite furnace atomic absorption spectrometry was used to determine cadmium content by microwave digestion sample.
方法：采用微波消解样品，石墨炉原子吸收法测定镉含量。
The method of plastics microwave digestion was developed by validating the microwave digestion procedure and digestion reagent.
研究了消解程序和消解试剂，建立了塑料样品的微波消解方法。
Under selected experimental conditions, recovery rate and coefficient of variation of ICP-AES-microwave digestion method was 97.
结果在选定的实验条件下，ICP-AES-微波消解法各元素的回收率为97。
The effect of microwave digestion condition on the analysis results was examined and the best analysis condition of FAAS was selected.
考察了微波消解条件对分析结果的影响，同时选择了火焰原子吸收分光光度法测定的最佳条件。
A fluorescence optical fiber temperature measuring system, which can be applied to microwave digestion instrument, has been developed.
设计了一种用于微波消解仪的光纤荧光测温系统。
The applications of microwave digestion in ironstone, ferroalloy and pig iron are discussed. A new method for dissolving sample is established.
并且探讨了微波消解技术在铁矿石、铁合金、生铁等样品上的应用，建立了合适的样品处理方法。
As a new pre-process technology in environmental sample, the microwave digestion has many advantages over traditional chemical digestion method.
作为环境样品预处理的新技术，微波消解法与传统化学处理方法相比，具有诸多优点。
Decomposition of silicate sample with microwave digestion process is fast, simple and economical and should be popularized in production control.
用微波消解法来分解硅酸盐试样具有快速、简单、经济的特点，在生产控制上具有一定的推广作用。
Microwave digestion technique is a quick and effective sample preparing method in recent twenty years, and is continously developed and perfected.
微波消解技术是一种快速而有效的样品制备方法。
The contents of lead and cadmium in rice were determined by microwave digestion GF-AAS. It was compared with the traditional wet oxidation method.
采用微波消解—石墨炉原子吸收法对大米中的铅、镉进行了测定，并与常规湿法消解方法进行了比较。
A detect method of amino acid by microwave digestion of samples was established to shorten the analysis time and to inspect the mass samples rapidly.
建立微波溶样测定氨基酸的方法，缩短氨基酸分析时间，以便快速检测大量样品。
In 2005, the company further launched its updated version-framed structure high pressure digestion system, namely WX-4000 microwave digestion system.
2005年，公司又推出改良升级版——框架式结构高压消解罐WX- 4000型微波消解仪。
Results from two common methods for sample pretreatment: microwave digestion and traditional hotplate digestion were compared and discussed in the thesis.
在论文中以微波消化和传统加热板消化此两种常见的方式进行样品前处理，比较并讨论其分析结果。
With the microwave digestion technique and graphite furnace atomic absorption spectrometry method, the trace cadmium in water treatment reagent is measured.
采用微波制样技术，用石墨炉原子吸收法测定水处理剂聚合氯化铝中痕量镉。
Toxic heavy metals in paints are determined by microwave digestion technology combined with inductively coupled plasma-atomic emission spectrometry (ICP-AES).
采用电感耦合等离子体原子发射光谱(ICP - aes)法并结合微波制样技术，测定涂料中有毒重金属元素。
The determination results of Cu, Zn, Fe in mussels, a standard substance, proves that microwave digestion method is better than the traditional digestion method.
通过对校准物质贻贝中的铜、锌、铁的测定结果证明微波消化方式比传统的消化方式优点多。
In this paper, lead and cadmium in vegetables were determined by microwave decomposition-graphite furnace atomic absorption spectrometry with microwave digestion.
本文利用微波消解-石墨炉原子吸收光谱法测定蔬菜中的铅、镉。
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