mercury-arc lamp

mercury-arc lamp的基本解释

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[机] 水银灯, 弧光灯

与mercury-arc lamp相关的网络例句 [注：此内容来源于网络，仅供参考]

Methods (1) The device for study was determined by comparing the fluorescent images obtained by laser scanning confocal microscope and CCD fluorescent microscope respectively. The mercury-arc lamp of fluorescent microscope was studied to value its possibility to be used as the irradiation light source. Various image analyzing and processing methods were compared to determine which one was the best to be applied in this study.

(1)实验系统的建立：分别利用激光扫描共聚焦显微镜和CCD荧光显微镜采集ECV 304细胞的DCF荧光图像，并比较两者的成像质量，实验可操作性等技术指标；主要测量输出功率、功率稳定性以及光斑直径这三个指标，考察荧光显微镜的高压汞灯作为本研究中照射光源的可行性；比较并选择合适的荧光图像的分析与处理方法。

Results (1) CCD fluorescent microscope was superior to laser scanning confocal microscope in collecting the fluorescent image of DCF. CCD fluorescent microscope was chosen to be the system applied in this research with the consideration of operation, cost and et al. The mercury-arc lamp of fluorescent microscope was fit for the requirement of our study. The wavelength range of the light output was 460-490 nm and the power density was about 100mW/cm in the condition of our study. Organelle-cell fluorescence intensity ratio analysis was more suitable than other methods.

结果：(1)CCD荧光显微镜采集到的DCF荧光图像的质量优于共聚焦显微镜，同时综合考虑包括采图质量、光照射剂量的可控性、实验成本和操作简便性等诸多因素，最终确定了CCD荧光显微镜作为实验研究的工具；荧光军医进修学院硕士学位论文中文摘要显微镜的汞灯输出功率稳定，光斑均匀，经本实验所选取的光路系统后输出波长范围为460一490nm，功率密度约为1 00 mw/cm；细胞器一细胞荧光强度比值法对于荧光分布位置的确定优于其他方法。

与mercury-arc lamp相关的网络解释 [注：此内容来源于网络，仅供参考]

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