Figure 10 ,Table 2
    • 图  1  LIBS实验装置示意图

      Figure 1.  Schematic diagram of LIBS system

    • 图  2  强酸性废水样品的固化预处理流程

      Figure 2.  Curing pretreatment process for strongly acidic wastewater samples

    • 图  3  紫外光照对强酸废水固化机理和效果

      Figure 3.  Mechanism and performance of UV irradiation induced solidification of strongly acidic wastewater

    • 图  4  LIBS分析强酸性水样经凝胶固化后样品的发射光谱

      Figure 4.  Emission spectrogram of LIBS analysis for gel solidified strongly acidic wastewater

    • 图  5  凝胶样品表面纳米银颗粒对发射光谱强度的增强效果

      Figure 5.  Enhancement of the emission spectral intensity by AgNPs on gel sample surface

    • 图  6  有无纳米银颗粒凝胶固化样品经LIBS烧蚀后表面图像

      Figure 6.  Crater images of samples with and without AgNPs after LIBS ablation

    • 图  7  硫酸浓度对样品紫外光照凝胶固化纳米银颗粒增强LIBS的影响

      Figure 7.  Effect of sulfuric acid concentrations on sample gel curing under UV irradiation and AgNPs enhanced LIBS

    • 图  8  固化剂浓度的优化

      Figure 8.  Optimization of curing agent concentrations

    • 图  9  LIBS系统激光能量和延迟时间对信噪比的影响

      Figure 9.  Effects of laser energy and delay time on SNR in LIBS system

    • 图  10  紫外凝胶固化-纳米颗粒增强LIBS对Cu2+、Ni2+ 和Zn2+分析的标准曲线

      Figure 10.  Standard curves for Cu2+, Ni2+ and Zn2+ analysis with UV irradiation induced gel solidification-nanoparticles enhanced LIBS