deuterium lamp background correction 氘灯连续光源背景校正
deuterium discharge lamp 重氢放电飞 ; 氘泡室
Chapter 6 is the test results and the error analysis. The design is proved to be satisfied the conditions that the deuterium lamp gets start and work by testing each circuit.
结果表明各个电路满足氘灯启辉和工作的要求。
参考来源 - 可见分光光度计氘灯电源的研制The developing solvent was chloroform-methanol-water（18:2.3:0.35, v/v/v）. All analytical determinations were performed by deuterium lamp and tungsten lamp lighting,single wavelength reflexology absorption scanning in 345 nm,scanning speed 5 mm/s,scanning time 3 min,slit 5.00×0.30mm.
采用G60硅胶板（10cm×10cm）和氯仿-甲醇-水（18:2.3:0.35）为展开剂,以氘灯和钨灯为光源,在345nm波长下,单波长反射法吸收扫描,扫描速度5mm/s,狭缝5.00×0.30mm,扫描时间3min。
参考来源 - 芹菜黄酮类物质的分离纯化与药理功能研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Based on this, a liquid nitrogen cooled screen device is developed to control the radiation degradation of deuterium lamp.
在此基础上，研制了液氮制冷屏装置来抑制氘灯衰减。
The deuterium lamp as a radiometric transfer, the comparison of synchrotron radiation and wall stabilized argon arc plasma radiation was performed in 165-350 nm.
以石英窗口氘灯为传递标准光源，在紫外及真空紫外辐射区完成了同步辐射和壁稳氩弧两种基准之间的对比。
The amounts of cadmium and lead in the samples were determined by atomic absorption spectrometry with the deuterium lamp for the deduction of background absorption.
取适量的乳浊液制成试液，注入石墨炉中，以氘灯扣除背景吸收，石墨炉原子吸收光谱法的快速测定铅和镉。
应用推荐