Examples of using Microstructure in English and their translations into Croatian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Results: Micrographs showed difference in microstructure, homogeneity and grain size.
Heat treatment should be carried out immediately after welding in order to prevent the formation of delayed cracks,eliminate stress and improve microstructure.
The influence of different thermal deformation conditions on Microstructure and deformation mechanism was studied by TEM and EBSD.
In metallography and metallurgy, polishing is used to create a flat,defect-free surface for examination of a metal's microstructure under a microscope.
Effects of Fe and O contents,heat treatment process and microstructure of impurity elements on mechanical properties of gr.17 titanium-palladium alloy.
People also translate
Polarizations, or overpotentials, are losses in voltage due to imperfections in materials, microstructure, and design of the fuel cell.
The presented results were obtained from microstructure examination of Al alloy 2024 ingots casted with or without electromagnetic field.
Beta stable elements of alpha and beta alloys containing a certain amount of phase equilibrium,alloy microstructure for the alpha and.
Martensite can be a kind of microstructure of steel at normal room temperature, but Austenite is only a kind of microstructure in the process of heating.
According to the two types of hot rolling andcold rolling, according to the microstructure characteristics of steel, divided into 5 categories.
The forging temperature determines the microstructure of the titanium alloy and it is inevitable to produce β phase transformation during the forging process of titanium alloy.
However, for the final annealing of the product, the influence of the annealing process on the microstructure and mechanical properties must be determined by experiments.
Secondly in the alloy The blank and the finished die forging process are controlled by appropriate forging andcooling methods to suppress the occurrence of coarse a blocks in the microstructure.
It can provide a deeper understanding of changes in the chemical functionality and microstructure of various materials and their influence on processing and applications.
The velocity causes the microstructure that already contains the subgrain boundary to further become a uniform fine microstructure after processing, and the fine tissue can be retained due to the temperature reduction of the tube wall without dynamic recrystallization;
With the combination of alloying with chromium and nickel, steel types 18/8(18% Cr and 8% Ni) have been developed,with austenitic microstructure, which are resistant to acid.
Optimization of TPB length can be done by processing conditions to affect microstructure or by materials selection to use a mixed ionic/electronic conductor to further increase TPB length.
In this paper, the heat treatment process of TC4 titanium alloy plate is carried out to study the influence of the heat treatment process on the microstructure and mechanical properties of materials.
Through the heat treatment andother measures to make the material microstructure changes, thereby enhancing the strength of parts, stiffness or toughness, can effectively reduce the weight of parts.
The results were compared to an Abrasion Resistence Index determined by microhardness andvolume fraction of microstructure constituents, and microhardness of abrasives.
The results show that the dynamic recovery anddynamic recrystallization microstructure evolution of Ti-5553 alloy under this hot deformation condition will occur, and the phase and the phase of the alpha phase are not strictly followed by Burgers.
Gas welding and air cutting application is more flexible, but the heat-affected zone of welding is larger,which makes the deformation and microstructure change and the performance decreases.
In short, intergranular corrosion is the precipitation of carbon from saturated austenite microstructure in the form of Cr23C6, which reduces the content of chromium in the Austenite microstructure at the grain boundary.
After forging the above two typical two-phase titanium alloys,the primary a equiaxed content in the microstructure decreased sharply, and the a lath content increased correspondingly.
Semi-clear crystal, photomicrograph shown in Figure 1c, microstructure is a slat+ a isometric+ β turn, a isometric number is rare, a slab number is mostly, there is intermittent distribution grain boundary a; It is a fuzzy crystal in the range of~20mm.
Acid-catalyzed sols derive from the highly entangled polymer chains showing a very fine microstructure and very small pores that appear quite uniform throughout the material.
Through isothermal strain rate high temperature tensile test, the evolution of microstructure and properties of TC4 titanium alloy at different deformation temperatures was studied, and the effect of deformation on the microstructure evolution and phase transition of titanium alloy and its change with temperature were emphasized.
Advantages: the casting structure of ingot can be destroyed, the grain size of steel can be refined,and the defects of microstructure can be eliminated, so that the microstructure and mechanical properties of steel can be improved.
By studying the influence of these concentrated heat treatment processes on the microstructure and mechanical properties of TC4 titanium alloy rods, the best matching heat treatment process of the TC4 alloy can be obtained.
After swaging on a heated hammer at 940° C(alloy phase transition point 995° C), the microstructure of the die forging part is shown in Fig. 2b, and the initial a equiaxed content is only about 15%, which is caused by overheating of the forging temperature.