cineration

cineration

1. Keywords Solid waste;Cineration;Dioxin;

固体废弃物;焚烧;二恶英;

2. Only replacing the damage and deformation ciner in use, can reduce spillage of material thus lower its cost.

在使用损坏变形后，只需更换内衬，减少了材料损耗，降低了成本。

3. Keywords rubbish in cineration;grate furnace;rotary furnace;fluid bed;heat decompostion furnace;

垃圾焚烧;炉排炉;回转炉;流化床;热分解炉;

4. Mechanisms of Producing and Prohibiting Dioxin in Course of Rubbish Cineration

垃圾焚烧中的二噁英生成及抑制机理

5. The main source of Dioxin pollution is rubbish cineration.

垃圾焚烧是城市中二恶英污染的主要来源。

6. ICP experiment conditions for pretreating samples with magnesium nitrate dry cineration were studied.Using hydride generation-ICP/AES method, we could determine the microarsenic in crude oil.

对硝酸镁干法灰化前处理样品条件及ICP仪实验条件进行了优化，建立了氢化物发生与发射光谱联用技术对原油中的微量砷进行测定的方法。

7. dry cineration

干灰化法

8. Keywords dry cineration;wet cineration;microwave digestion;atomic absorption;variance analysis;

干灰化法;湿法灰化;微波消解;原子吸收;方差分析;

9. Forming and Controlling of the Dioxin in the Cineration System for the Waste

废弃物焚烧系统中二恶英的形成和控制

10. Cineration is becoming a key means of disposing our rubbish with the improvement of our economy.

摘要随着经济的发展，我国垃圾的焚烧将成为处理垃圾的主要方法。

11. Keywords organogermanium finishing;water-bath splitting;cineration method;spectrophotometry;

有机锗整理剂;水浴剥离法;灰化法;分光光度法;

12. Wet cineration

湿灰化

13. Keywords Flame atomic absorption spectrometry;Microwave digestion;Cineration digestion;Radix seu Rhizoma Valerianae;Metal elements;

火焰原子吸收光谱法;微波消化;灰化消化;缬草;金属元素;

14. cineration method

灰化法

15. The Method of Coal Wet Cineration and Its Application

煤炭的湿法消化法及其利用

16. secondly, dry method cineration is performed;

第二步，进行干法灰化；

17. Keywords Ciner;Comprehensive use;Construction of airport runway;

粉煤灰;综合利用;机场场道结构;

18. Keywords Glucide;Arsenic;Determination;Cineration;Spectrophotometry;

糖精;砷;测定;灰化;分光光度法;

19. Keywords Protein content;trapping of protein by polymer;copper complex;cineration;assembly of amino acid residues;catalytic triad;active site;

蛋白质含量;聚合物包埋蛋白质;铜络合;灰化;氨基酸残基的组装;催化三元组;活性部位;

20. Talc powder in flour was determined by X-ray diffraction analysis( XRD) after isolation of flour with carbon tetrachloride or cineration at high temperature from500℃ to750℃.

通过四氯化碳分离或高温灰化，X射线衍射分析测定面粉中掺入的滑石粉。