Examples of using The microstructure in English and their translations into Chinese
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Programming
The microstructure of the ferrite-pearlite consists of BBC iron(ferrite), 0.01% C, soluble alloy and Fe3C.
This study is the first to demonstrate an association between NT-proBNP and the microstructure of the brain.
Heating and cooling processes are used to change the microstructure from one form to another, thereby changing the properties of the material.
The microstructure of filters is also investigated to ensure the best possible class filtration performance and consistent product quality.
In reference to 3D printing, the microstructure generation system could enable users to customize the mechanical properties of a 3D printed part.
To do this, they used Raman spectroscopy to analyze the microstructure of the stents.
Although many of the varietal names arose from the color of the mineral, current scientific naming schemes refer to the microstructure of the mineral.
PolyMaker's non-deforming technology addresses these issues by chemically controlling the microstructure and crystallization behavior of the wire at the time of manufacture.
Heat treatment is a controlled process used to alter the microstructure of materials such as metals and alloys.
Due to the difference in the composition of the two types of stainless steel, the microstructure of the built-in metal is also different.
Under these conditions, ferrite and cementite are both being formed at the same time, resulting in alternate layers within the microstructure.
For the artist, these mystical spheres encapsulate both the microstructure of human cells and a galaxy of stars across the sky.
As the heat treatment in a vacuum to avoid oxidation and gas to penetrate the microstructure, thereby enhancing the quality of the parts;
This microfluidics-enabled assembly method also provides the flexibility to tailor the microstructures of the graphene fibers by controlling flow patterns.
Current technology for controlling the microstructures of these materials has led to film disks capable of 500 Mb/in.2 and are expected to grow to 10 Gb/in.2 within the next decade.
They differ in the microstructure.
Dependent on the microstructure of the object surface.
The microstructure showed no delamination of the printed layers.
Both are permanent changes in the microstructure of glass materials.