原子扩散

氧的存在影响了Fe、Ni、Co在粘结相中的原子扩散和烧结动力；

The atomic diffusion of Fe 、 Ni 、 Co and the sintering kinetic force were influenced by oxygen .

Ag-Cu、Ag-H（62）复合电接点材料界面的原子扩散行为

Interface Atomic Diffusion of the Ag-Cu and Ag-H_ ( 62 ) Electric Contact Materials

离子辐照对单晶Si中预注入B原子扩散的影响

Effects of Ion Irradiation on the Diffusion of Pre-implanted B Atoms in Crystalline Silicon

Cu（001）表面吸附原子扩散行为的分子动力学研究

Study on Diffusion Behavior of Adatom on Cu ( 001 ) Surface by Molecular Dynamics

在退火过程中非磁性的Ag原子扩散到磁性层中，对磁性颗粒起到了很好的隔离作用。

Post annealing may diffuse Ag to the magnetic grain boundaries to segregate the grains .

而600℃变形机制则为回复蠕变和原子扩散的共同作用机制，a型和a+c型或c型均开动，产生滑移和攀移。

While recovery creep and atom diffusion at 600 ℃, in which both a and c or a + c dislocation slide and climb occurred .

Cu（111）三维表面岛对表面原子扩散影响的分子动力学研究

Study on the influence of three-dimensional Cu ( 111 ) islands on the diffusion of adatom by molecular dynamics simulation

部分W原子扩散到ZrC点阵中，形成了（Zr，W）C固溶体；

A ( Zr , W ) C solid solution zone is formed in ZrC .

其形成机理是碳原子扩散驱动下的W原子和Co原子的迁移。

The mechanism for this process is the migration of W and Co atoms driven by diffusion of carbon atoms .

实验结果及分析表明，TiN涂层过渡层由混合层及扩散层组成，扩散层包括Ti原子扩散层及N原子扩散层；

The results show that TiN interlayer is composed by mixed layer , Ti atom diffusion layer and N atom dispersion layer .

氧化将会促使SiGe薄膜中的Ge原子扩散到SOI材料的顶层硅中。

Oxidation driven Ge atoms diffuse from the SiGe film to the top silicon layer .

循环伏安（CV）和电化学阻抗谱（EIS）分析表明：化学镀Ni处理降低了合金表面的电子转移阻抗和氢原子扩散阻抗，提高了合金表面的电化学反应活性。

CV and EIS analysis showed the electroless Ni decreased electron transfer resistance and hydrogen atom diffusion resistance , but increased electrochemical reactive activity .

Ti-Fe合金中温转变是以Fe原子扩散控制的切变型相变。

And that mid temperture transformation of Ti Fe alloy is shear transformation controlled by diffusion of Fe atom .

T1相长大依赖于原子扩散和台阶滑移，是一种长程扩散控制的台阶机制。

The growth of T1 phase is of long term controlled diffusion mechanism depending on the atoms diffusion and ledge slipping .

Ni3Al（0.98at%B）中硼原子扩散行为的正电子湮没研究

Diffusive behavior of boron in Ni_3Al ( 0.98at % B ) investigated by position annihilation technique

稀土渗入钢基体和VC渗层，会增大晶体缺陷密度，使碳原子扩散易于进行。

Permeating of rare earths into steel and the VC layer increase the crystal fault density , and , together with its excellent chemical activation , makes carbon atoms diffuse easily .

对热-剪切循环条件下Sn-3.5Ag-0.5Cu钎料在Cu和Ni界面上原子扩散和化合物的生长行为进行了研究。

In this paper , the atoms diffusion and growth behavior of intermetallic compounds ( IMCs ) on the Sn-Ag-Cu / Ni and Sn-Ag-Cu / Cu interfaces under the thermal-shearing cycling condition were investigated .

真空扩散焊接（VDW）法制作扩散偶在研究原子扩散中的应用

The Application of Vacuum Diffusion Wellding ( VDW ) Making Diffusion Couple in Research on Atomic Diffusion

并运用原子扩散无规行走理论计算了在对应不同LarsonMiller指数P值的不同温度和时间下时效时钢中合金元素的扩散距离。

And the diffusion distance of alloy elements at different aging temperature for various time corresponding to different larson-Miller indices P value has been calculated by the random walk theory of atom diffusion .

在研究表面原子扩散过程时，从Cu吸附原子导致的基体晶格畸变的角度，探讨了吸附原子与基体表面晶格之间、以及吸附原子之间的相互作用及其对原子表面扩散行为的影响。

For the study on diffusing processes of adatoms , interaction between the adatoms and the substrate , interaction between two adatoms and its influence on surface diffusion are presented , in the sight of lattice deformation caused by the adatoms .

同时，建立了一种新的纳米线生长模型。通过调节In原子扩散影响实现InAs晶体结构可控生长。

A novel nanowire growth model is established , control of the crystal structure of InAs NWs by tuning contributions of In adatom diffusion .

当贫溶质微区成分作为MS，其温度等于或高于等温淬火（或时效）温度时，贝氏体将以马氏体样切变形核，故贝氏体是在溶质原子扩散控制下切变形核。

It is proposed that when the M S temperature of the solute depleted regions is equal or higher than isothermal ( or aged ) temperature , the bainitic nucleation occurs within the solute depleted regions in the manner of martensitic shear .

这是由于Pd层极化效应、Co-Nb层维度效应及界面原子扩散效应的影响。

This is contributed to the effects of polarization of Pd layers , dimension of Co-Nb magnetic layers and interdiffusion of atoms in the interfaces .

用角分布XPS法研究了MOD法制得的YBCO膜在热处理过程中膜的表面元素浓度变化以及膜与村底ZrO2之间的原子扩散和固态化学反应。

Variations of the elemental concentration of the YBCO films prepared by MOD method , diffusion and interactions between the films and ZrO_2 substrate have been studied by means of angular dependent XPS technique .

液相渗碳处理时钴相梯度结构形成主要是碳原子扩散驱动下的W原子迁移，导致表层碳化钨晶粒长大并相互靠近，从而使液态钴向合金内部迁移。

On the other hand , Co binder gradient formed by liquid state carburizing is due to migration of W atoms driven by diffusion of carbon atoms , leading to coarser and closer WC grains in the surface and inward diffusion of Co atoms .

并按照原子扩散过程中反应率过程理论，在最近邻相互作用近似下，用动力学方法，计算了Zener弛豫效应。

And according to the rate process theory in diffusion , the relaxation strength is computed by a kinetic method in the nearest-neighbor interaction approximation .

研究结果表明：1.Cr-Mn-N系高氮钢铸锭晶粒粗大，认为是Mn含量过高，C、N原子扩散速度快导致高温下晶粒长大迅速。

The results of the study indicate that : 1.Cr-Mn-N high nitrogen steel casting ingot has coarse grains , it is due to the high atomic diffusion speed of high content of Mn , C and N in high temperature .

利用铆钉法制备了Cu-Al扩散偶。借助光学显微镜和彩色金相技术，通过分析烧结过程中销钉及销孔直径尺寸的变化，研究了Cu／Al界面原子扩散的Kirkandall效应。

Cu-Al diffusion couples were prepared with mechanical method The Kirkendall effect of atomic diffusion at Cu / Al interface was investigated by analyzing the changes of the diameters of pin and pinhole respectively during sintering with the help of the OPM and color metallograph .

烧结温度越高，元素的相对扩散系数越大；相同烧结温度下，PCH样品的相对扩散系数要高于HP样品，即PCH过程中原子扩散要快于HP过程。

At the same sintering temperature , the diffusion coefficient during the PCH process is larger than that of HP . The change of diffusion coefficients influenced by the temperature under PCH is more obvious than that under HP .

随着变形量的增加，CCT曲线整体向左上方移动，变形促进了碳原子扩散进而加速了铁素体相变，使相变温度升高，相变进程加快。

As the deformation reduction increases , the whole CCT curve moved towards the upper left orientation , the ferrite transformation was accelerated which reason was the deformation accelerate the diffusion of carbon atom , transformation temperature change higher .