Development of Laser Induced Breakdown Spectrometer for detection of carcinogenic metals in gall bladder stones

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• 来源
  《International Conference on High Capacity Optical Networks and Enabling Technologies》|2014年|195-198|共4页
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• 作者

  Shemis M.A.; Gondal M.A.; Khalil A.A.I.;

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  biological tissues; biomedical measurement; biomedical optical imaging; cadmium; chromium; laser applications in medicine; lead; medical signal processing; mercury (metal); nickel; spectrometers; Cd; Cr; Hg; LIBS signal intensity; LIBS technique; NIST database; Ni; Pb; carcinogenic cadmium; carcinogenic chromium; carcinogenic lead; carcinogenic mercury; carcinogenic metal detection; carcinogenic nickel; delay time dependence; detected carcinogenic metals; electron density; elements; finger print wavelength; gall bladder stones; gallbladder stone samples; laser beam; laser induced breakdown spectrometer; laser induced plasma; laser pulse energy; local thermal equilibrium conditions; plasma temperature; Atom lasers; Atomic beams; Laser transitions; Lenses; Mirrors; Spectroscopy; LIBS; Laser Induced Breakdown Spectroscopy; gallbladder stones analysis; toxic metals detection;

  机译：生物组织;生物医学测量;生物医学光学成像;镉;铬;医学激光应用;铅;医学信号处理;汞（金属）;镍;光谱仪;镉;铬;汞; LIBS信号强度; LIBS技术; NIST数据库; Ni; Pb;致癌镉;致癌铬;致癌铅;致癌汞;致癌金属检测;致癌镍;延迟时间依赖性;检测到的致癌金属;电子密度;元素;指纹波长;胆囊结石;胆囊结石样品;激光束;激光诱导击穿光谱仪;激光诱导等离子体;激光脉冲能量;局部热平衡条件;等离子体温度;原子激光;原子束;激光跃迁;透镜;镜子;光谱; LIBS;激光诱导击穿光谱;胆囊结石分析;有毒金属检测;