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- uhrafine eutectoid lamellar 超细共析片层
- Microstructure transformation of ultrafine eutectoid lamellar under deformation of shear strain 剪切应变模式下超细共析片层组织演变研究
- Keywords ultrafine eutectoid lamellar;Equal Channel Angular Pressing;shear strain;micro-duplex equiaxial grains; 超细共析片层;等径角挤压;剪切应变;等轴双相晶;
- The eutectoid compounds are very slow in forming. 共析物的形成是非常缓慢的。
- Having the form of a thin plate or lamella. 薄片形的有薄片或鳃瓣状形体的。
- The eutectoid reactions which can occur are extremely sluggish. 可能发生的共折反应是非常缓慢的。
- There is not lamella in the ingot. 钢锭没有明显的片层状组织。
- The result is a patchwork mosaic of bone without an even lamellar structure. 结果形成了不均一的板层结构的骨的不协调嵌合体。
- The lamellar complex disintegrate and protrude outward to form the spike. 棘突由片层复合体衍生物汇集并延伸而成。
- At 12 weeks, the frozen mandibles and ilia had formed lamellar bone. 12周时冷冻骨及髂骨皮质形成较成熟的板层骨。
- Relationship between temperature and phase tran sition,cold minification of hypo eutectoid steel has been analysied. 分析了亚共析钢的相变和冷缩率与温度的关系。
- There is a lean house model,which divide lean introduction into 3 phases: Cementite, eutectoid and core. 论文构建了一个精益管理屋模型,将精益管理的导入划分为渗碳、共析和晶相3 个层次。
- Primary bone is a temporary tissue and is soon replaced by the definitive, lamellar variety of bone. 初级骨是暂时性的组织,不久就为永久性的板层骨所代替。
- It is important to understand the difference of bainite transformation and eutectoid decomposition in steels. 研究贝氏体相变的特点,弄清贝氏体相变反应与共析分解的区别极为重要。
- Small-angle X-ray scattering (SAXS) is utilized to study the ordering of AOT/water lamellar phase. 摘要用小角X射线散射研究了AOT/水层状溶致液晶的有序性。
- One of numerous particles located on the inner lamellar surface of a chloroplast and sometimes considered to be the functional unit of photosynthesis. 光能转化体附着在叶绿体内表层的许多微粒之一,时常被认为是光合作用的机能单位
- Borided layers on the surface of Armco iron and eutectoid carbon Steel were eutectified in furnace and then scanned continuously with laser beam of high power densities. 工业纯铁与共析碳钢表面渗硼层先在炉中处理,以获得共晶组织,然后以高能密度激光束扫描;
- The viscoelasticity-anelasticity transition in the Zn-Al eutectoid alloy is investigated by measuring the internal friction(IF). 摘要文章通过内耗的测量研究了锌铝共析合金中黏弹性-滞弹性的转变;
- The results show that the alloying surface layer is comprised of three parts which are hypoeutectic layer, eutectoid layer and matrix. 实验证明,所形成的合金化层由三部分组成:亚共晶层、共析层和基体;
- Kinetics and mechanisms of lamellar and non-lamellar phase transitions in aqueous lipid. 水脂质中,层状结构转变为非层状结构的机制动力学。