Influence of Ionization Interference on Pyrolysis Parameters in Rock Pyrolysis 岩石热解分析中离子化干扰对热解参数的影响
The sample solutions were prepared with water and sodium chloride was added to eliminate ionization interference. 用水制备供试品溶液,加入氯化钠消除电离干扰,将供试品溶液喷入乙炔-空气火焰,用标准曲线法测定氯化钾的含量。
Cesium chloride was added as the ionization buffer to eliminate the ionization interference of sodium and potassium. 加入氯化铯作为抑制剂,消除了钠、钾的电离干扰。
The ionization efficiency of the samarium, as well as the ion transmission efficiency and the receive efficiency were researched. The interference of the tail peak that coming from the strong peak was eliminated and the isobars of Sm was not found. 对样品形态选择、离子转换效率、离子传输效率和离子接收效率进行研究,消除了浓缩同位素测量时强峰拖尾对弱峰的干扰及同量异位素干扰。
Ultraviolet Laser Enhanced Ionization Spectrometry for Trace Metal Elements Determination& Interference Effect of Flame Radical Hydroxy 紫外激光增强电离用于痕量金属元素分析&火馅OH基的干扰效应
The dissolving condition of sample, ionization interference, identity of viscosity for test solution and its blank solution, detection limit were studied. 对样品溶解条件、电离干扰、试液与空白溶液粘度一致性进行了考察。
In this paper, repairs of high voltage source malfunction and ionization amplifier noise interference, and adjustment experiment on electrodes in ionization chamber are discussed. 本文叙述了102G型气相色谱仪的高压电源故障和电离放大器噪声干扰的排除以及离子室电极的调整经验。
The ionization interference and coexisting element interference have been eliminated by the potassium sodium mix ionization suppressor and the lanthanum diluent. The sensitivity of this method is higher. It can be direct determined that the trace strontium in mineral water. 使用钾、钠混合消电离剂和镧释放剂,消除电离干扰和共存元素干扰,本法灵敏度高,可直接测定矿泉水中微量锶。
The phenomenon of ionization interference is studied with partial-wave expansion method through the particle population of the ionized state. 应用分波展开法,通过电离态上的粒子布居,研究了电离相干现象。
Test solutions were prepared by adding NaCl solution to appropriate amounts of the suspension to eliminate ionization interference. 取一定量悬浮液,加入NaCl溶液以消除电离干扰,而配制成试液。
The angle distribution of the photoelectron ionization probability is analyzed numerically. The influence of the interference on the photoelectron distribution state is investigated. 解析分析了光电子电离几率的角分布规律;研究了光电子角分布状态受光电子干涉效应的影响。
Study the photoionization cross section could reveal the electronic structure, radiation recombination, multichannel ionization, multichannel interference, and so on. 研究原子的光电离截面可以揭示原子的电子结构、多电子效应、辐射重组、多通道电离及多通道电离干涉效应等。