晶相,crystal phase
1)crystal phase晶相
1.The Effects of Preparation Methods on the Crystal Phase and Specific Surface Area of VPO Catalysts;制备方法对钒磷氧复合氧化物晶相和比表面积的影响
2.Surface properties such as profile andcrystal phase of bent silicon samples by long laser pulses were analyzed.对长脉宽脉冲激光弯曲后的硅片试件进行了表面形貌以及晶相等特性分析。
3.We have studied the component ofcrystal phase of ZrO2 modified by little amount of Cr.研究了少量Cr3+修饰的在不同铬锆摩尔比和不同焙烧温度下的ZrO2晶体晶相组成及其百分含量的计算,提出了具体的计算公式。
英文短句/例句
1.Studies on Component of Crystal Phase of Cr-modified ZrO_2;铬修饰的ZrO_2晶体的晶相组成研究
2.defect tetrahedral phase有缺陷的四面体晶相
3.Two interwoven crystals that are mirror images of each other.孪晶相互为翻版的两个相互交错的晶体
4.The Crystal and Amorphous Phase in Cladding Layer by Compressed Arc Plasma Beam压缩弧光等离子束熔覆层中晶相与非晶相
5.Study on the Structrue and Magnetic Properties of NdFeB/α-Fe Nanocomposites Containing Intergranular Amorphous Phase;具有晶间非晶相的NdFeB/α-Fe纳米晶结构和磁性的研究
6.The Study of Quasicrystal in Mg-Zn-Y Alloy and Appliation of Quasicrystal Strengthening Magnesium Alloy;Mg-Zn-Y合金中的准晶相及准晶增强镁合金
7.Structures of Crystalline Approximants of Zn-Mg-RE and Ag-In-Yb Quasicrystals;Zn-Mg-RE及Ag-In-Yb合金准晶的近似晶体相
8.The Effects of Crystallization on the Correlated Properties in Some Bulk Metallic Glasses (BMGs);大块非晶及其晶化后相关性能的研究
9.Studies of Polycrystal Microstructure Evolution by Using Phase Field Method;用相场法研究多晶中晶粒的演变规律
10.Simulation of grain growth of AZ31Mg alloy during recrystallization by phase field model相场法模拟AZ31镁合金再结晶晶粒长大
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.Synthesis of Chiral Liquid Crystal AEMBB with Twist Grain Phases含有扭曲晶界相手性液晶AEMBB的合成
13.multicrystal phased array scanning相控阵多晶片电子扫描
14.cvd polysilicon化学汽相淀积多晶硅
15.kyanite-sillimanite type facies series蓝晶石-硅线石型相系
16.Studies on Intergranular Phase in Si_3N_4-MgO-CeO_2 Ceramics;Si_3N_4-MgO-CeO_2陶瓷晶界相研究
17.Equilibrium Comparison金属的相融、相融温度、晶体反应及合金在共晶合金、固熔孻共晶合金及偏晶反应的比较
18.The Phase Locking Trigger Controller for 3-Ф FB Circuit with Thyristor晶闸管三相全桥电路锁相触发控制器
相关短句/例句
crystalline phase晶相
1.Effect of BaTiO 3crystalline phase on the performance of X7R ceramic dielectric;BaTiO_3晶相对X7R介质瓷电性能的影响
2.This paper deals with the treatment of activated carbon by water and nitric acid, the samples characterized by BET areas, micropore distribution, ash contents andcrystalline phase structure.活性炭用作催化载体已十分广泛，现用不同方法处理了活性炭，对其进行了比表面积、微孔分布、灰份、晶相结构及表面含氧基团、酸性的表征研究，并求得了乙醇在活性炭上的吸附热及吸附方程式。
3.However,the finalcrystalline phases are different from the desired results.扫描电镜和X射线衍射研究表明,随煅烧温度的提高,材料体系的平均粒径增大至几个微米,但最终的晶相与预定结果有所差异。
3)crystalline phases晶相
1.X-ray diffraction(XRD) and scanning electron microscopy(SEM) were used to characterize thecrystalline phases and microstructures.采用XRD和SEM等测试手段探讨其晶相结构和显微结构并测试抗弯强度、硬度、磨损率和气孔率等性能指标。
2.The influence of different ratio of raw materials oncrystalline phases and unit cell parameters were studied and the formation mechanism of mullite solid solution was discussed.探讨不同配方合成的莫来石的晶相组成、晶胞参数及带有结构缺陷的莫来石固溶体的形成机理。
3.X-ray diffraction (XRD) and scanning electron microscopy (SEM) were used to characterize thecrystalline phases and microstructures.采用XRD和SEM等主要测试手段探讨其晶相结构和显微结构。
4)phase[英][fe?z][美][fez]晶相
1.Effects of drying on surface area andphase composition of VPO Catalysts;超临界流体干燥对VPO催化剂比表面和晶相的影响
2.Thephase of samples sintered transited from tetragonal to cubic,with adding Sm2O3.Sm2O3的掺入使样品晶相从四方相向立方相转变,掺入量为5。
5)crystallization phase晶相
1.The results showed that with the decrease of ZnO/Al2O3,the glass transition temperature、the first peak of crystallization temperature and the glass remelting temperature increased gradually;when the glass was treated at 650 ℃,thecrystallization phase of β Ⅱ-LZS occurred in all samples,which held larger TEC;when at 750 ℃,the crystallization ph.结果表明:随着ZnO/Al2O3减小,基础玻璃的转变温度、第一放热峰温度和重熔温度逐渐增大;晶化温度为650℃时,各试样的主晶相均为γⅡ-LZS,并且热膨胀系数较大;750℃时,各试样的主晶相转变为γ0-LZS、β-石英固溶体和β-锂辉石固溶体,并且膨胀系数变小,晶体结构致密。
2.By means of XRD and SEM,the microstructure andcrystallization phase identification are.运用XRD、SEM等方法分析了微晶泡沫玻璃的析出晶相和显微结构。
6)Crystalline phase compatibility晶相相容
延伸阅读
晶相分子式：CAS号：性质：陶瓷显微结构中由晶体构成的部分。在陶瓷显微结构中可以是由一种晶体(单相)或不同类型的晶体(多相)组成。其中含量多者称为主晶相，含量少的称次级晶相或第二晶相。有时在晶界上还可能发现有第二晶相存在，它的存在一般需用X射线结构分析如X射线图，能谱分析，晶格条纹像等进行确定。陶瓷材料的晶体主要是单一氧化物(如Al2O3，MgO)和复合氧化物(如尖晶石MgO·Al2O3，锆钛酸铅Pb(Zr,Ti)O3)。此外，非氧化物陶瓷材料中还有碳化物、氮化物、硼化物、硅化物等相应组分的晶体存在。陶瓷材料的性能和主晶相的种类、数量、分布及缺陷状况等密切有关。
