1.
MODES OF OCCURRENCE OF ARSENIC IN HIGH-As COALS FROM NORTHWESTERN GUIZHOU PROVINCE,CHINA
贵州中北部燃煤型砷中毒地区煤中砷的赋存状态研究
2.
Determination of arsenic in coa
GB/T3058-1996煤中砷的测定方法
3.
DETERMINATION OF ARSENIC IN COAL BY DIGESTION AND HYDRIDE GENERATION-AFS
聚四氟乙烯罐消解-HG-AFS法测定煤中砷
4.
Pilot Study on Occurrence of Arsenic in Coal of Changchengwobao Mine Coalfield
长城窝堡井田煤中砷赋存状态的初步研究
5.
Dissolve methods comparison and formation analysis in determination of arsenic and mercury in coal by atomic fluorescence spectrometry
原子荧光测定煤中砷、汞的溶矿方法对比及形态分析研究
6.
Discussion on arsenic pollution from coal combustion and the limits of arsenic content in relative standards
燃煤砷危害及相关标准中砷含量限值指标探讨
7.
Inventories of Atmospheric Arsenic Emissions from Coal Combustion in China,2005
2005年中国燃煤大气砷排放清单
8.
Experimental and Mechanism Study on the Mercury, Arsenic and Selenium Transformation and Emission Control during Coal Combustion;
煤燃烧过程中汞、砷、硒的排放与控制研究
9.
The Study of the Migratory Characteristics of Sulfur、Fluorine、Chlorine、Mercury、Arsenic in Barometric Pyrolysis of Coals;
煤中硫、氟、氯、汞、砷常压热解迁移特征的研究
10.
Arsenical Transform and Control Technology in the Process of Coal-fired Power Plant;
电厂燃煤过程中砷的迁移转化及控制技术
11.
Study of transformation behavior laws of trace elements (Hg, As, F, Cl) during coal processing;
煤中微量元素（汞、砷、氟和氯）在煤炭加工利用中运移规律的研究
12.
But it turns out that the coal contains abnormally high concentrations of arsenic and fluorine.
可是科学家发现，贵州的煤炭中砷与氟的含量异常地高。
13.
Changes and Significance of Lymphocytes Immunophenotype in the Peripheral Blood of Arsenism Patients Caused by Burning Coal
燃煤型地方性砷中毒患者外周血淋巴细胞亚群的改变及意义
14.
Effect evaluation on health education of coal-burning fluorosis and arsenism among rural residents in the south of Shaanxi Province
陕西省南部农村居民燃煤型氟砷中毒健康教育效果评价
15.
Influence of Chemical Speciation of Arsenic in Stone-like Coal on Arsenic Release and Migration
石煤砷的赋存形态对砷迁移释放的影响
16.
Characteristics of Indoor and Outdoor Air Arsenic Content as Influenced by Combustion of High Arsenic Coal
高砷煤燃烧影响下室内外空气砷含量特征
17.
Comparison of Activity of Serum Glutathione-S-transferase between Population in Coal-burning Type Arsenism Endemic Area and in Control Area
燃煤型砷中毒病区与非病区人群血清谷胱甘肽-S-转移酶活力的比较
18.
Influence of Soil Arsenic to Remaining Arsenic in Orange Plant;
土壤中砷对柑桔作物砷残留量的影响