计算了自由基簇射过程中各种自由基的单位能量产率。
The unit energy yield of every kind of radicals in the radical injecting process was computed.
本文重点研究直流电晕放电自由基簇射作用下的NO电晕氧化。
The thesis focused on the study of NO corona oxidation under radical showers induced by DC corona discharge.
运用以湿空气为自由基源物质的直流电晕自由基簇射系统，研究了烟气在反应器内的滞留时间、烟气流速和NO浓度对NO氧化过程的影响。
Using an air-H_2O DC corona radical shower system, the influences of reside time of flue gas in the reactor, velocity of flue gas and NO concentration on NO oxidation process were studied.
金属氧簇以其具有的特异、优越的物理化学性质，已经成为构造新型分子基功能材料的重要无机构筑块。
The metal-oxygen clusters have been employed to constructed novel molecules-based function materials owing to their particular physical chemistry properties.
紫外和光致发光（PL）光谱表明，改性后的聚芴比均聚物聚（9，9-二己基芴）（PF6）具有抑制的链簇集行为。
UV and PL spectra showed that the adamantane modified polyfluorenes exhibited less chain aggregation in comparison with the homo-polymer poly(9,9-dihexylfluorene)(PF6).
根据羰基配体取代基的不同，该类簇合物中小分子的移动种类及方式也有所不同。
These clusters show different fluxional behaviour and ligands according to various substituent around the metals of osmium.
通过分析其荧光光谱发现具有激基缔合物荧光发射的所有特征，认为处于基态和激发态的团簇分子间形成了激基缔合物。
Through analyzing the fluorescent characteristics of an excimer, it is proposed that the excimers are formed between the ethanol-water cluster molecules in the excited state and in the ground state.
通过分析其荧光光谱发现具有激基缔合物荧光发射的所有特征，认为处于基态和激发态的团簇分子间形成了激基缔合物。
Through analyzing the fluorescent characteristics of an excimer, it is proposed that the excimers are formed between the ethanol-water cluster molecules in the excited state and in the ground state.
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