Band structure and mixed crystal phenomenon seriously cause the deformation intensification coefficient too high, which is the main reason resulted in the difficult rolling. 带状组织、混晶现象严重导致变形强化系数偏高是造成轧制困难的主要原因。
Tuning of the Band Lineups Type of the Quaternary Mixed Crystal InGaAsP Quantum Wells by the Variational Concentration 四元混晶InGaAsP应变量子阱在组分调制下的能带转型
The salt-out process is not only the simple physical course of the separating out of mixed crystal, but also with the chemical reaction between green liquid and the material of the pipe wall. 结盐过程不仅仅是单纯的混合结晶体析出的物理过程,而且伴有绿液与管壁材质间的化学反应,绿液本身的物理属性也加速了这一过程的进行;
Photocatalytic Activity of TiO_2 Films with Rutile/ Anatase Mixed Crystal Structures 金红石/锐钛矿混晶结构的TiO2薄膜光催化活性
Resonant Raman scattering from ZnS 0.02 te 0.98 mixed crystal under hydrostatic pressure 静压下ZnS(0.02)Te(0.98)混晶的共振喇曼散射研究
Interface polaron of two_mode behavior ternary mixed crystal 双模型三元混晶的界面极化子
If the extrusion ratio and the extrusion temperature were lower, there were mixed crystal and un-completed recrystallization as strip in the extruded products. 当挤压比较小以及挤压温度较低时,存在混晶组织和未完全再结晶组织,未再结晶的晶粒为长条状。
Electron-Phonon Interaction in a Slab of Ternary Mixed Crystal 三元混晶板中的电子-声子作用
This paper describes the conditions of preparing AgI& Ag_2S mixed crystal iodide ion-selective electrode of compacting membrane type by co precipitation method, measures its characteristics, examines the effect of varying pressure on properties. 本文叙述了用共沉淀法制备AgI&Ag2S混晶压片膜碘离子选择电极的条件,并测试了电极的各项性能。同时,考察了不同压片压力对电极性能的影响。
In ascites of mice S_ ( 180), psoralen existed in mixed crystal was of one-ventricle model and absorbed in a double-peak way. 补骨脂素混合结晶中补骨脂素在S(180)小鼠腹水内属单室模型中呈双峰吸收。
Polarization Potential and Polarized Charge of a Electron in a Ternary Mixed Crystal 三元混晶中电子极化势与极化电荷
The relaxation model and mixed crystal field model are also described. In addition, new applications of the DX center are pointed out. 对DX中心的特点及其对器件的影响进行了分析,概述了弛豫模型和混晶场模型,同时,指出了这种缺陷的新应用。
The Far-Infrared Spectrum of the Ternary Mixed Crystal 三元混晶的远红外光谱
Cyclotron mass of polaron in ternary mixed crystal A_xB_ ( 1-x) C 三元混晶AxB(1-x)C中极化子回旋质量
Within the framework of dielectric continuum theory, we study the effect of ternary mixed crystal defect layer on the localized interface optical-phonon modes in a finite superlattice by using a transfer matrix method. 在宏观介电连续近似下,采用转移距阵方法,研究了三元合金缺陷层对有限超晶格中局域界面光学声子模的影响。
Influence of ternary mixed crystal defect layer on the localized interface optical-phonon modes in a finite superlattice 三元合金缺陷层对有限超晶格中局域界面光学声子模的影响
Far-infrared reflection spectra and the multimode model for mixed crystal cd_xhg_ ( 1-x) te CdxHg(1-x)Te混晶的远红外反射光谱和多振子模型
The Excited State Energies of the Strong Bound Polaron in Ternary Mixed Crystal A_xB_ ( 1-x) C 三元混晶AxB(1-x)C中强束缚极化子激发态能量
The paper discussed the process route of combined 4A Zeolite, its raw material selection, restraining the formation of mixed crystal in 4A zeolite and trans-crystal during crystallization of 4A Zeolite. 主要针对合成4A沸石的工艺路线,合成的原料选择,及抑制4A沸石中杂晶的形成和4A沸石在结晶过程中的转晶,详细地加以探讨。
Binding Energy of an Exciton in the Ternary Mixed Crystal 三元混晶中激子的结合能
Qualitative study on crystal form a and mixed crystal forms of cimetidine 西咪替丁A晶型和混晶型的质量探讨
Preparation and Characterization of Y-type Mixed Crystal of TiOPc-H_2 Pc Y-型TiOPc-H2Pc二元混晶的制备及光电性能表征
A new theory and technique is indicated on fining crassitude crystal grain and mixed crystal grain of low carbon and high alloy steel, it is applyed and proved in the practice. 对低碳高合金钢经常出现的粗大晶粒的细化问题及混晶问题提出了新的理论与工艺,并在实际生产实践中得以应用和证实。
Nd: YGdVO 4 mixed crystal is a new and potential high-efficiency laser material. Nd:YGdVO4混晶是一种新的具有潜力的激光晶体。
The results demonstrate that the spherical CdS particles with mixed crystal phase but hexagonal structure as the primary phase were uniformly deposited not only on the ITO/ TiO2/ CdS film surface but also inside the ITO/ TiO2 substrate. 研究结果表明,在ITO/TiO2表面沉积的CdS粒子具有六方结构为主的混合晶相结构,球形粒子均匀沉积于ITO/TiO2多孔纳米晶薄膜的内部及表面。
In this paper, rutile TiO2 powder, mixed crystal TiO2 powder and mixed crystal TiO2 film were synthesized via applying hydrothermal method at low temperature. And crystal phase, structure and photocatalytic property of TiO2 were researched. 本文通过采用低温水热合成法,制备出粉体金红石型TiO2、混晶TiO2及混晶TiO2膜,并研究了其晶型、结构和催化性能。
The results of XRD showed that the TiO2 film was mixed crystal of rutile and brookite. XRD结果显示制备的TiO2膜为金红石相与板钛矿相的混合晶型。
Finally, the prepared TiO2/ Beads photocatalyst is coated with mixed crystal of anatase/ rutile. 最终制备的TiO2/漂珠光催化剂是锐钛矿/金红石型混晶。
Mixed crystal TiO2 film has a strong UV absorption properties in the wavelength range of 190~ 380 nm by UV-Vis diffuse reflectance spectroscopy. 由UV-vis漫反射光谱分析可知,混晶TiO2膜在波长190-380um范围内具有很强的紫外吸收性能。