Using the traditional methods to observe, identify, classify and count the nuclear track under the optical microscope has low efficiency, especially when analyze a large patch of slices.
在光学显微镜下对核径迹进行观察、识别、分类和计数,传统的人工观测方法工作繁重、乏味、效率较低,特别在观测大批量样品时难以达到预期目标。
Using the traditional methods to observe, identify, classify and count the nuclear track under the optical microscope has low efficiency, especially when analyze a large patch of slices.
在光学显微镜下对核径迹进行观察、识别、分类和计数,传统的人工观测方法工作繁重、乏味、效率较低,特别在观测大批量样品时难以达到预期目标。
应用推荐