金相学是用金相显微镜和电子显微镜对金属和合金的显微结构的研究。
Metallography is the study of the microstructure of metals and alloys by means of the metallurgical microscope and the electron microscope.
从动力学和金相学的角度，说明了ARY合金材料能够适应热油输送工况条件的原因。
From the Angle of dynamics and metallography it is illustrated why ARY alloy is able to fit working condition of hot oil transfer.
金相学，金属结构学以金属与合金结构为研究对象的学科，尤指用光学和电子显微镜使用。
The study of the structure of metals and alloys, especially by optical and electron microscopy and X-ray diffraction.
金相学：研究金属与合金组织结构的学科，特别指采用显微镜和X射线衍射技术进行的这类研究。
Metallography: Study of the structure of metals and alloys, particularly using microscopic and X-ray diffraction techniques.
以金相学理论基础，金相检测是一种用于研究金属材料内部结构组织与材料性能之间关系的检测技术。
Metallography detection is a technology that studies about the relationship between the structure and the performance of metal material based on the metallographic theory.
特别复杂的工艺流程是由金相学家设计，以准确达到他们的需要；例如日本武士刀，粗壮的轮毂，或飞机关键部件。
Extremely complex schedules are drawn up by metallurgists to achieve exactly the properties they want; for the blades of fine Japanese swords to chunky wheel hubs or critical aircraft components.
对具有边界不明显和亮度非均匀特征的图像，如金相学图像，使用传统方法进行分割难以得到令人满意的分割效果。
Those objects without regular boundaries and homogeneous intensities, such as metallographic images, make the conventional approaches hard to achieve a satisfactory partition.
经过金相学处理后，样品被放在光学显微镜下，对其显微结构进行详细研究以分析实际制备后的涂层的质量和缺陷。
After metallographic preparation, microstructure of prepared coatings is analysed under an optical microscope to investigate the quality of fabricated coating.
本文就定量金相学和体视学中所规定的几个重要的完形参数的计算机分析加以描述，并且对图像处理计算机算法进行了探讨。
In this paper, we discusses the computer analysis methods of some gestalt parameters prescribed in quantitative metallography and stereology, and the algorithms of computer image processing.
在解剖被检试样的基础上，运用定量金相学的分析方法，估算了被检部位的晶粒直径、夹杂物体积百分数、强化粒子直径及体积百分数。
Using the method in Quantification Metallography, the size of grain and hardening particles, volume percentage of inclusions and hardening particles are estimated according to samples.
在解剖被检试样的基础上，运用定量金相学的分析方法，估算了被检部位的晶粒直径、夹杂物体积百分数、强化粒子直径及体积百分数。
Using the method in Quantification Metallography, the size of grain and hardening particles, volume percentage of inclusions and hardening particles are estimated according to samples.
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