Archer M C, Hansen T J, Tannenbaum S R
IARC Sci Publ. 1980(31):305-18.
Nitrohexane has been identified as a major product formed following treatment of corn (Zea mays) with nitrous acid. Preliminary evidence suggests that another compound isolated from the nitrosated corn is an unsaturated nitrolic acid. As an aid to the analysis of N-nitro compounds, we have characterized the response of a chemiluminescence detector (Thermal Energy Analyzer) as a function of pyrolysis chamber temperature for several nitrosamines and for an aliphatic C-nitroso compound, an aromatic C-nitro compound, a nitramine and an alkyl nitrite. The response-temperature profiles are valuable in distinguishing among the various compounds and in optimizing the sensitivity of the detector for use in chromatography. Other tests, including photolysis and stability toward nitrite-scavenging reagents, further aid in distinguishing among the various compounds.
已确定硝基己烷是用亚硝酸处理玉米(玉米)后形成的主要产物。初步证据表明,从亚硝化玉米中分离出的另一种化合物是不饱和硝肟酸。为了辅助分析N-硝基化合物,我们已表征了化学发光检测器(热能分析仪)对几种亚硝胺以及一种脂肪族C-亚硝基化合物、一种芳香族C-硝基化合物、一种硝胺和一种亚硝酸烷基酯的响应,该响应是热解室温度的函数。响应-温度曲线对于区分各种化合物以及优化用于色谱分析的检测器的灵敏度很有价值。其他测试,包括光解和对亚硝酸盐清除剂的稳定性,进一步有助于区分各种化合物。