It consists of a solar monitor, an X-ray fluorescence imaging spectrometer, the electronics system and its software.
它包括太阳X射线监测器、X射线成像谱仪和电子学电路系统三部分。
The OH fluorescence imaging was obtained in flames of flat and slit flame burner by planar laser induced fluorescence using single laser pulse.
用平面激光诱导荧光(PLIF)技术测量平面火焰炉、狭缝火焰炉的单脉冲激光诱导OH荧光。
Objective To assess the value of two-color infrared fluorescence imaging system in detecting protein phosphorylation in comparison with chemiluminescent detection.
目的通过与化学发光法比较，了解双色红外荧光技术在目标蛋白磷酸化检测中的优势。
The OH fluorescence imaging is obtained in flames of flat flame burner, atom gasifier and supersonic combustor by planar laser induced fluorescence(PLIF)using single laser pulse.
用平面激光诱导荧光技术测量了平面火焰炉、原子气化炉和超声速燃烧室的单脉冲激光诱导OH荧光。
Mice with liver cancer were used as animal model and assessed by in vivo fluorescence imaging to evaluate near-infrared imaging effect and organ aggregation and distribution of probe in vivo.
我们以糖修饰酞菁作为近红外荧光探针，以肝癌肿瘤鼠为动物模型，通过活体荧光成像研究探针在各脏器的聚集、分布以及成像效果。
The technique makes use of a portable system called FLARE, short for Fluorescence-Assisted Resection and Exploration, which consists of a near-infrared imaging system, a video monitor, and a computer.
这项技术应用称为FLARE的便携式系统，短用于荧光辅助切除和探查，包括近红外成像系统，显示器，和计算机。
Objective: to compare three sets of fluorescence microscopy imaging systems with each other applied in study of subcellular localization of domestic new photosensitizer HMME.
目的：对三套荧光显微成像系统在国产新型光敏剂HMME亚细胞定位研究中的应用特点及适用范围进行了比较与评价。
Quantum dots(QD)are fluorescence labels, whose research fields involve biomedical imaging, disease diagnosis, and cell biology.
量子点（QD）是一种荧光标记物，其研究领域涉及生物医学成像、疾病诊断和细胞生物学。
Streak camera has high temporal resolution and high sensitivity, and is a powerful tool in biomedical study to measure fluorescence lifetime and perform fluorescence lifetime imaging.
扫描相机具有很高的时间分辨率和高的灵敏度，是生物医学研究中用于测量荧光寿命，实现荧光寿命成像的重要工具。
The analytic expressions of the fluorescent intensity are derived in two_photon fluorescence confocal imaging.
导出了共焦双光子荧光显微镜探测光强随荧光波长变化的解析表达式。
The analytic expressions of the fluorescent intensity are derived in two_photon fluorescence confocal imaging.
导出了共焦双光子荧光显微镜探测光强随荧光波长变化的解析表达式。
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