1.
Investigation of Health Status in Workers Exposed to Low-level Benzene;
低浓度苯及同系物对接触工人健康状况的影响
2.
Study on DNA damage of blood cell in workers exposed to low concentration of benzene homologs;
职业接触低浓度苯同系物人群血细胞DNA损伤的研究
3.
Removal of Low Concentration BTEX with Adsorption Method by Using Activated Carbon;
活性炭吸附法脱除低浓度苯系物的研究
4.
MnO_x/Al_2O_3 catalyzed ozonation for low-concentration BTX removal at room temperature
低浓度苯系物在室温下的MnO_x/Al_2O_3催化O_3氧化
5.
Exposure to Low Concentrations of Benzene Series Material on Workers' health
接触低浓度苯系物对工人健康状况的影响
6.
Breeding and Screening of Strain and Kinetic Model for Biodegradation of Low-concentration Toluene Waste Gas;
生物法降解低浓度甲苯废气的菌种选育及动力学研究
7.
HPLC simultaneous determination of stilbene glycoside and its metabolite in rat bile liquid
HPLC法同时测定大鼠胆汁中二苯乙烯苷及其代谢物的浓度
8.
Studies on Treatment of Low Concentrated Tolual Organic Waste Gas by Bio-filter Method;
生物滤池法处理低浓度甲苯有机废气的研究
9.
Degrading Low Concentration Chlorobenzene in Wastewater by Aerobic Bio-packing Tower
低浓度氯苯废水在曝气生物填料塔中的降解
10.
The broth dilution method was used for MIC( minimum inhibit concentration) and MBC( minimum bactericidal concentration) determining.
实验采用试管系列稀释法,测得各药物对不同细菌的最低抑菌浓度和最低杀菌浓度。
11.
Influence of Noise and Low-Concentration Benzene Mixture on the Workers Health;
噪声及低浓度混苯对作业工人健康的影响
12.
HOLD ALL CYANIDE ADDITIONS AND BEGIN LETTING THE LEVEL OF METAL AND CYANIDE DECREASE.
保持所有氰化物添加，同时开始将镀液内金属及氰化物浓度减低。
13.
Influence of Food Concentration and Low Cd Concentration on Hydra Population
食物浓度及低浓度镉对水螅种群动态的影响
14.
Effect of Blood Lipid Peroxidation on Female Workers Exposed to the Low Density of Mixed Benzene in Air of Workshop;
低浓度混合苯作业女工血清总抗氧化能力及超氧化物歧化酶的变化
15.
The Research of Supported Gold Catalysts for the Oxidation of Low-concentration Benzene at Low Temperature;
低浓度苯低温净化用金催化剂的研究
16.
Research on the Biomarker of Health Damage Effects among Population Occupationally Exposed to Low Concentration of Benzene Mixture;
低浓度混苯职业接触人群健康损伤效应生物标志物的研究
17.
Conclusion Occupational exposure to low level mixture of benzene, toluene and xylene is harmful to nerve system, reproductive system, cutis and mucous membrane.
结论职业接触低浓度混苯可损害神经系统、生殖系统、皮肤黏膜。
18.
Determination of Albendazole and Metabolites in Human Plasma by HPLC
RP-HPLC测定人血浆中阿苯达唑及代谢物的浓度