Morphology and forming mechanism of annealing twin in carbon steels have been studied with optical microscope.
利用光学显微镜对中碳钢退火孪晶的形态及形成机制进行了研究.
Mixing a fluorescent dye with the epoxy gives an excellent contrast of voids and cracks in the optical microscope.
将荧光染料与环氧树脂混合可使得孔洞和裂缝在光学显微镜中出现绝佳的反差。
Due to their achievements the optical microscope can now peer into the nanoworld.
由于他们的贡献,现在通过光学显微镜我们可以观察到纳米世界。
For regular mounts, the optical microscope transparent epoxy resins are used.
对于常规镶嵌,使用光学显微镜可透的环氧树脂。
Viruses can not be seen in an optical microscope, because their dimensions smaller than the wavelength of light.
病毒不能被看到在光学显微镜,因为它们的尺寸小于光的波长。
Micromorphology analysis: optical microscope, scanning electron microscope
显微形貌分析:光学显微镜、扫描电子显微镜;
With a wide range of magnifications and various observation methods, backed by advanced optical technology, the optical microscope makes it easy to locate the observation target.
不仅如此,先进光学技术打造的光学显微镜带来多种观察方法,可以容易的发现观察对象。
In the fields of medical treatment, pathology, and the like, there is proposed a system in which an image of a section of a cell, a tissue, an organ, or the like of a living body that is obtained by an optical microscope is digitalized and the section is inspected or a patient is diagnosed by a doctor, a pathologist, or the like based on the digital image.
在医疗、病理等领域中,提出了这样一种系统:将光学显微镜获取的活体的细胞、组织、器官等的切片图像数字化,由医生、病理学家等根据数字图像对切片进行检验或对患者进行诊断。
The use of achromats was an important step in the development of the optical microscope and in telescopes.
消色差透镜的应用在光学显微镜和望远镜的发展中是很重要的一个进步。
The effects of rare earth Y on the microstructure and properties of low carbon micro-alloyed steel were studied by optical microscope, scanning electron microscopy and spectroscopy.
利用光学显微镜和扫描电镜以及能谱分析,研究了稀土元素钇对低碳微合金钢组织、性能的影响规律。
The method as recited in claim 11 wherein the under-etched spaces are detected by using an optical microscope.
16.根据权利要求11所述的方法,其中未完全腐蚀的间隔是用光学显微镜检测的。
After immersing the zinc-rich film in water, thin acid and alkali solution, an optical microscope was used to observe film change, whose results confirmed the validity of the mechanism.
用光学显微镜观测固化后的富锌涂膜分别在水、稀酸和碱溶液中浸泡后的状态变化,定性应证了这个机理。
Atomic dimensions are thousands of times smaller than the wavelengths of light (400-700 nm) so they cannot be viewed using an optical microscope.
因为这样的尺寸远远小于可见光的波长(约400-700nm),所以不能够通过光学显微镜来观测它们。