n.超高倍显微镜

The ultramicroscope is an essential tool for the study of colloidal particles and other submicroscopic objects.
超显微镜是研究胶体粒子和其他亚微观物体的重要工具。
With the aid of an ultramicroscope, scientists can observe and analyze the detailed structure of viruses.
科学家借助超显微镜可以观察和分析病毒的详细结构。
In our laboratory, we utilize the ultramicroscope to examine the morphology of nanoparticles.
在我们的实验室中，我们利用超显微镜来检查纳米粒子的形态。
This cutting-edge ultramicroscope allows researchers to visualize processes occurring at the molecular level.
这台尖端的超显微镜使研究人员能够可视化分子水平上发生的进程。
Using the ultramicroscope, the team was able to discern the intricate arrangement of molecules within a cell membrane.
通过使用超显微镜，团队能够分辨细胞膜内分子的复杂排列。
A major breakthrough in biophysics came when the ultramicroscope was employed to detect Brownian motion of particles.
当超显微镜被用于检测粒子的布朗运动时，生物物理学取得了重大突破。
The development of the ultramicroscope has significantly expanded our understanding of cellular and subcellular structures.
超显微镜的发展极大地扩展了我们对细胞和亚细胞结构的理解。
Under observation with the ultramicroscope, it became clear that the protein aggregates had formed unique patterns.
在超显微镜下观察，蛋白质聚集物形成了独特图案变得明显。
By employing dark-field illumination on the ultramicroscope, we were able to enhance contrast in images of small biological structures.
通过在超显微镜上采用暗场照明，我们能够增强小生物结构图像的对比度。
With improvements in ultramicroscopy techniques, we can now investigate biological phenomena that were previously invisible to conventional microscopes.
随着超显微技术的进步，我们现在可以研究以前传统显微镜无法观察到的生物学现象。