枝晶间,interdendritic英语短句,例句大全

枝晶间,interdendritic
1)interdendritic[,int?'dendritik]枝晶间
1.The results showed that after the deformation by indentation the recrystallized grains during annealing nucleate around the primary carbides and interdendritically in 〈112〉 orientation and 〈110〉 orientation,respectively.研究表明:DZ40M合金经压痕变形后,在退火过程中发生的再结晶晶粒主要在初生碳化物周围和枝晶间形核;初生碳化物处形核的再结晶晶粒主要位于〈112〉取向上,而枝晶间形核的再结晶晶粒为〈110〉取向。

英文短句/例句

1.Research on Primary Dendritic Spacing under Unidirectional Solidification of Al-Cu Alloys;Al-Cu合金定向凝固一次枝晶间距的研究
2.A Numerical Model and Simulation of Cellular/Dendritic Array with Forced Convection;强迫对流对胞、枝晶间距影响的数值模型与模拟
3.Study on modeling of solute concentration distribution in secondary dendrite during solidification of molten steel钢凝固过程中二次枝晶间溶质分布的模型研究
4.The Effect of Permanent Mold on the Arm-Spacing and the Fatigue Fructographies of the Low Chromium V-Ti White Cast Iron;金属型铸造对低Cr─V─Ti白口铸铁枝晶间距和断口形貌的影响
5.INFLUENCE OF WITHDRAWING RATE TRANSITION ON THE PRIMARY DENDRITE ARM SPACING AND MICROSEGREGATION OF DIRECTIONALLY SOLIDIFIED SINGLE CRYSTAL SUPERALLOY DD3抽拉速率跃迁对定向凝固单晶高温合金DD3一次枝晶间距和微观偏析的影响
6.RELATIONSHIP BETWEEN COOLING RATE AND SECONDARY DENDRITE ARM SPACING FOR STEEL No. 4545号钢二次枝晶臂间距与冷却速度的关系
7.Effect of secondary dendritic arm spacing on center carbon segregation of slab连铸板坯二次枝晶臂间距对中心碳偏析的影响
8.The Influences of SDAS on the Aging Kinetics of A357 Alloy二次枝晶臂间距对A357合金时效动力学的影响
9.INFLUENCE OF ANTIMONY ON SECONDARY DENDRITE ARM SPACING OF PRIMARY AUSTENITE OF HYPOEUTECTIC GREY IRON锑对亚共晶灰铁初生奥氏体二次枝晶臂间距的影响
10.Influence of steaming time during steam-explosion on the chemical composition,crystallinity and enzymatic hydrolysis of Lespedeza bicolor stalks蒸汽爆破维压时间对胡枝子成分、结晶度及酶解糖化的影响
11.Phase-field model of dendrite growth of multicomponent alloy with multiple grains多元合金多晶粒枝晶生长的相场模型
12.Porosity can be caused by gases coming out of solution during cooling and becoming trapped between dentrite arms as tiny voids.在冷却过程中，溶液中的气体逸出造成多孔性，或被截留在晶体枝杈之间形成微小气孔。
13.Simulation of the Dendritic Sidebranching Growth in the Undercooling Melt of the Pure Metal Using Phase-field Method;金属过冷熔体中枝晶侧枝生长的相场法模拟
14.A rock or mineral bearing such a mark or marks.树枝石，树枝矿带有树枝状矿物晶体的岩石或矿物
15.Simulation of Dendritic Growth Shape of Isothermal Polycrystalline Binary Alloys in a Forced Flow数值模拟流动下等温多晶粒枝晶生长形貌研究
16.Dendritic Growth Simulation of Polycrystalline for Pure Material by Phase Field Method相场法模拟流动下纯物质多晶粒枝晶形貌研究
17.Phase-Field Model of Non-Isothermal Dendritic Growth of Multicomponent Alloy with Multiple Grains多元合金多晶粒的枝晶生长非等温相场模拟
18.There was a crystal chandelier above their heads.他们头顶上方有一个水晶枝形吊灯。

相关短句/例句

dendritic distance枝晶间距
1.The results show that the variety of segregation parameter is the highest when dendritic distance is 80 μm～120 μm,and the calculated and experimented result of segregation index δ has a .研究结果认为:偏析指数的变化量Δδ在枝晶间距为80μm～120μm时减小量最大,并且在枝晶间距为120μm的条件下,合金在1160℃退火8h和16h的Nb元素的δ计算值与实验值较符合。
3)dendrite arm spacing枝晶间距
1.Quantitative relationship between secondary dendrite arm spacing and solidification cooling rate of AZ31 magnesium alloy;AZ31镁合金的凝固冷却速率与二次枝晶间距的定量关系
2.Secondary dendrite arm spacing(DAS) was measured by transvesal method of quantitative metallographic analysis,and the microstructure characters under different solidification cooling rates were analyzed briefly.用定量金相分析之截线法测定了各个试样的二次枝晶间距,并对不同凝固冷却速度下的组织特征做了简要分析。
3.The ascast microstructure, chemical composition segregation, dendrite arm spacing, gas content, inclusion and microstructure evolution during CSP rolling process were investigated.　对CSP的铸坯组织、化学成分偏析、枝晶间距、气体含量、夹杂物以及轧制过程中的组织变化进行了研究,结果表明:CSP薄板坯的低倍组织在结构上和传统板坯没有本质区别,但薄板坯组织较为细密,柱状晶比较发达,一次枝晶与二次枝晶间距小,化学成分均匀,铸坯全氧含量为28×10-6,氮含量为47×10-6;第一道次轧制后中心部的疏松和偏析明显减轻,树枝晶沿轧制方向弯曲,但没有被打碎;CSP铸坯中大颗粒夹杂物较少,主要是外来的;内生夹杂物主要以含氧化铝和铝酸盐及氧化钙的为多,尺寸基本都在10μm以内,大部分在2～5μm。
4)dendrite spacing枝晶间距
1.The liquid/solid interface morphologies and cellular/dendrite spacing adjustment of Al-4%Cu (mass fraction) alloy were studied during directional solidification.采用定向凝固技术研究Al-4%Cu(质量分数)合金凝固界面形态和胞/枝晶间距调整。
5)dendritic arm spacing枝晶间距
1.The relationship between dendritic arm spacings and cooling rate of superalloy under the directional solidification;高温合金定向凝固枝晶间距与冷却速率的关系
6)interdendritic spaces枝晶间空间