暗场显微法 dark field microscopy
原子力显微法 atomic force microscopy
磁力显微法 magnetic force microscopy
随机光学重建显微法 stochastic optical reconstruction microscopy ; stochastic reconstruction microscopy
显微法折射率测量 [光] microrefractometry
扫描电容显微法 scanning capacitance microscopy
扫描探针显微法 scanning probe microscopy
扫描近场光学显微法 scanning near-field optical microscopy
分光束显微法 Split-beam mic-roscope method
显微灰分法 microincineration ; microincinerine
正是这种相位的变化让Feld博士的新型显微镜法有了自己的名字。
It is this phase shift that gives Dr Feld's new form of microscopy its name.
这种方法被称为X射线断层扫描相位显微镜法（tomographic phase microscopy），并发表于本周的《自然·方法学》（Nature Methods）上。
Their method is called tomographic phase microscopy, and it is reported in this week's Nature Methods.
氦离子显微镜能够提供所有扫描射线法中最高空间分辨率的表面图像，以及极高的表面灵敏度。
Helium ion microscopy (HIM) offers the highest spatial resolution surface imaging of any scanning beam method, as well as extremely high surface sensitivity.
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