含硫自由基的光谱研究在大气化学、燃烧化学以及天体化学等领域有着重要的意义。
The spectral research on sulfur-containing radicals is of great significance in many fields such as atmospheric chemistry, combustion chemistry, cosmochemistry and so on.
氢氧自由基(OH)在对流层大气化学中起着重要的作用，因此，对其浓度的测量具有重要意义。
Hydroxyl radical (OH) plays a key role in the tropospheric chemistry, so the measurement of its concentration is very important.
本论文采用量子化学计算方法研究了过氧自由基(RO_2和HO_2)的大气化学反应及自由基化学放大过程中的水效应。
In this thesis, the peroxy radical (HO_2 and RO_2) atmospheric chemistry reaction and radical amplifier chemistry water effect have been investigated with the theory method.
大气氢氧自由基(OH)是对流层大气中的主要氧化剂之一，在大气化学过程中占有重要地位。
Hydroxyl radical (OH) is one of the most important species in the atmosphere as a major oxidant.
OH自由基引发的乙烷降解反应可能是对流层大气h 2 O 2,MHP及EHP的重要来源之一。
The OH radical initiated degradation of ethane was possibly one of the main sources of H2O2, MHP and EHP in the troposphere.
OH自由基引发的乙烷降解反应可能是对流层大气h 2 O 2,MHP及EHP的重要来源之一。
The OH radical initiated degradation of ethane was possibly one of the main sources of H2O2, MHP and EHP in the troposphere.
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