- 更多网络例句与组织变形相关的网络例句 [注：此内容来源于网络，仅供参考]
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The microstructure in the heat--affected zone consists of coarse bar-shape recovery grain, and that of the thermo-mechanically affected zone exhibits bent band-like character, but the deformation degree at the advancing side is bigger than that at the retreating side. Microstructures in TMAZ are also recovered, and the amount of recovery grain at retreating side is more than that at advancing side.
热影响区组织发生回复和粗化反应，形成粗大的棒状回复晶粒；热机影响区组织发生弯曲变形，但整体上仍保留带状组织形貌，前进侧热机影响区组织变形程度高于后退侧，该区同时还发生回复反应，且后退侧热机影响区内的回复晶粒数量多于前进侧。
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The results indicate that the flow stress of the alloy increases with increasing strain rate and decreasing deformation temperature. The flow stress increases with increasing strain until the stress reaches the peak value, then the flow stress remains constant, which indicates that dynamic recrystallization happens during deformation. The flow behaviors are described by the hyperbolic sine constitutive equation, and the activation energy calculated is 337.75 kJ/mol. The as-forged microstructure consists of refined α2/γ and γ grains, and the grains are much homogeneous than before. The B2 phase distributes uniformly at the grain boundary of α2/γ and γ grains. The B2 phase decreases with increasing deformation temperature.
结果表明：流变应力随着应变速率提高和变形温度降低而增大；在变形过程中，流变应力随着变形量增大而增大，当流变应力达到峰值后趋于平稳，表明合金在变形过程中发生了动态再结晶；热变形过程的流变应力可采用双曲正弦本构关系来描述，平均激活能为337.75 kJ/mol；从合金的组织演化过程中可以看出，合金中不均匀的原始组织得到明显均匀化，变形后的组织是由α2/γ层片晶团和γ晶粒组成的双态组织，在α2/γ层片晶团和γ晶粒的晶界交界处发现分布均匀的B2相，并且随着变形温度升高B2相数量逐渐减少。
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In this study,the behaviors of deformation,microcrack initiation and short crack growth were investigated for 15MnVN steel.
对循环载荷作用下 15MnVN钢的显微组织变形、微观裂纹的萌生和短裂纹扩展过程进行了研究。
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It has been found that there are some texture flaws such as large grain、badly distorted twin and streaky structure. But recrystallization grains ofaround 19μm in diameter on average are obtainable through heat treatment at300℃for 30min by air-cooling, meanwhile the twin and streaky structurethat would weaken the plasticity of alloy are eliminated; significant elementsare holding temperature、holding time、cool-down methods. Mechanicalproperties of tube are obtained, simple tension elongation ratio of arc testsample increases from 10.8% to 20.1%, elongation ratio with elastic internaldie of tube increases from 8.0% to 14.9%.
研究结果表明：挤压成型的AZ31镁合金管材组织中存在变形程度很大的孪晶、大尺寸晶粒、丧失了进一步变形能力的条带状组织等易导致后续塑性加工时变形不均，引起断裂的组织缺陷；采用最佳等温热处理工艺以20℃／min加热至300℃保温30min后空冷处理可以使试样平均晶粒直径从挤压态的50μm细化为19μm，同时基本消除上述组织缺陷；明显影响热处理效果的因素为保温温度、保温时间、冷却方式；室温下，采用最佳工艺热处理前后管材弧形试样的单向拉伸伸长率由10.8％提高至20.1％，管件的自由胀形极限伸长率由8.0％提高至14.9％。
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With X-ray diffraction and TEM analysis,it is proved that the microstructures of both undeformed and deformed matrixes are austenite and carbide with some striation structure in the matrixes,the amount of stripes in the deformed matrix is obviously more than that in the undeformed matrix.
通过X衍射和电子显微分析证明，变形前和变形后的基体组织都是奥氏体基体加上碳化物，变形前后的基体中均存在条纹状组织，且变形后基体中的条纹数量明显高于变形前基体中的条纹数量。
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Microstructure evolution in eutectoid steel during warm deformation in the temperature range from 600 to 700℃ was investigated by simulating hot compression test, SEM and thermomagnetic measurement. The effects of deformation and subsequent annealing on the spheroidizing of pearlite, refining of microstructure and dissolution of cementite were studied.
利用热模拟压缩变形、SEM和热磁法实验，研究了共析钢在600~700℃变形过程的组织演变规律，探讨了变形及随后保温过程对珠光体球化、组织超细化和渗碳体溶解、再析出的影响。
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Tensile ductility of lamellar microstructure is higher than that of equiaxed one at 20 K.Its deformation process consists of twinning and slipping.
低温下粗大的片状组织比等轴组织具有更高的拉伸延性，且合金的变形是由孪生变形和滑移变形共同作用的结果。
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Equiaxed and bigger grains are produced after C.P.Ti is deformed under the high temperature. Besides, many tiny subgrains were found in some of the metallurgical structure. The dislocation reaction caused by the deformation under the high strain rate generates ductile cellular metastructures, while the equiaxed cellular metastructures are generated under the low strain rate. The metallurgical structure of TC4 alloy including lath-shaped hexagonal martensite and trimetric martensite only exists in the higher temperature. The homogeneous, tiny and reticular grain shown after extreme high temperature deformation.
在高应变速率下变形引起的位错反应形成拉长的胞状亚结构，而低应变速率下变形则形成等轴的胞状亚结构；TC4合金在特高温变形条件下其金相组织呈网篮状，显微组织几乎全部为均匀细小的晶粒，同时出现了板条状六方马氏体；在温度尤其高的情况下还形成了斜方马氏体，变形引起的位错反应形成六方位错网络，在1200℃以下的变形易产生孪晶。
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Good stitching can be challenging, and a poor job can lead to tissue warping.
好的缝合实在是不容易做到，而糟糕的缝合会导致组织变形。
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Because the base microstructure deformed and Mg_2Si grew irreversibly, the natural and artificial aged joint strength respectively reached to 75% and 88% of parent metal.
因为TMAZ和HAZ基体组织变形和Mg_2Si聚集长大不可逆，自然时效接头强度达到母材的75%，人工时效接头强度达到母材的88%。
- 更多网络解释与组织变形相关的网络解释 [注：此内容来源于网络，仅供参考]
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ideal elastic deformation：理想弹性变形
离管类薄壁组织apotracheal parenchyma | 理想弹性变形ideal elastic deformation | 裂片状破splintering fracture
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morphallaxis：变形再生
他将这个过程称为变形再生(morphallaxis),因为涡虫体内任意一个部位的组织或细胞都能够活化形成一种能够发育成为完整涡虫整体的新组织. 现在我们知道,这种再生过程其实与干细胞的活动无关,而仅仅是因为重编程机制发挥了作用. 2006年,
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severe plastic deformation：强塑性变形
简介:等通道转角挤压(ECAE,Equal Channel Angular Extrusion)是一种强塑性变形(Severe Plastic Deformation)加工技术,可细化合金组织,改善材料性能. 针对传统的等通道转角挤压法难以对过长的材料进行加工的缺点,基于新近提出的间接ECAD方法的理念,
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purl stitch：双反面组织
塑性变形 plastic deformation | 双反面组织 purl stitch | 双罗纹组织 interlock stitch
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rheology：变学
流变学(rheology)为研究物质变形及流动的科学,在活体内有血液流动及细胞内原生质流动等主动或被动的流动及肌肉收缩、血管壁变形等与细胞、组织的变形相伴的现象.
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textured yarns：变形纱线
textured worsted 花式组织精纺呢 | textured yarns 变形纱线 | texturized polyester 弹力聚酯纤维
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heteropterous：半翅的
heteroplasy 组织变形 | heteropterous 半翅的 | heteroptics 幻视
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Metaplasis：组织变形,组织转化
Hormones激素 | Metaplasis 组织变形,组织转化 | Immigration 内迁
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neomorphic texture：新生形组织
"再生成形晶体","neomorphic crystal" | "新生形组织","neomorphic texture" | "新生变形(作用);新变成作用;再生成形(作用)","neomorphism"
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hindered contraction：限缩变形
显微组织 micro-structure | 限缩变形 hindered contraction | 限外显微镜 ultramicroscope