- 更多网络例句与吸附原子相关的网络例句 [注：此内容来源于网络，仅供参考]
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One is at low growth temperature, the origin of mound formation can be attributed to an intrinsic growth instability of a singular surface in the presence of so-called Ehrlich-Schwoebel step-edge barrier, which inhibit the downward movement of adatoms at surface step-edges. The other is at high temperature, or at low Ⅴ/Ⅲ ratio, the reason of mound formation is related to phosphorus deficiency.
其主要原因有两种，第一种是生长温度较低时，由于吸附原子受到附加的ES台阶边垒的阻碍作用，使扩散运动不能向台阶下面运动，而在台阶上面形成小丘，第二种是生长温度较高或Ⅴ/Ⅲ较低时，因生长中缺磷造成In的堆积而产生。
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The formation of hexagonal island will reduce the decay rate of top layer island into the low layer island.
计算结果表明吸附原子的扩散势垒与其所在表面所属台阶类型有关；Ag原子在交换机制和跳跃机制下扩散需克服的势垒分别是0.64eV和0.93eV。
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It is indicated that the diffusion of the adsorbed atoms was restricted by the step of the vicinal substrate, which promoted nucleation and suppressed the nanodots coarsening.
实验结果表明，在斜切基片上原子级的表面台阶能有效地抑制吸附原子的表面扩散。
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Substitutional impurities have changed the local density distribution of adatom and vacancy, which will somewhat influence nucleation and further change the growth model and the atomistic state of the film.
替位杂质改变了表面吸附原子与空位缺陷的区域分布及密度分布，这将一定程度的影响表面原子的成核，进而改变薄膜的生长模式以及薄膜的微观状态。
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Based on the atomic interaction potential with the embedded atom, molecular dynamics simulation was used to study the variation of Cu（001） surface caused by a Cu adatom and the hopping barriers of another Cu adatom in its vicinity.
采用嵌入原子方法的原子间相互作用势，利用准静态分子动力学模拟研究了Cu原子在Cu（001）表面吸附所导致的基体晶格畸变以及对其附近的另一个吸附原子自扩散行为的影响。
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It is found that adatom yields, vacancy yields and sputtering yields will all increase along with the energy of incident atoms getting higher. Meanwhile, the quantities as well as distribution of adatom and vacancy play an important role in film growth.
表面吸附原子、空位缺陷以及溅射产额均随入射原子能量的增加而增加；表面吸附原子与空位缺陷的数量与分布，对于薄膜生长模式起着重要作用。
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Only in the millisecond range, the current efficiency decreases with shortening pulse period due to the disproportionation of cuprous ions and the dissolution of copper adatom.
在毫秒范围时会因为亚铜离子的不对称反应以及铜吸附原子的溶解而使得电流效率随著缩短脉冲周期而下降。
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If we increase the energy of incident atoms reasonably, which will enlarge adatom yields, vacancy yields and their distribution area, layer by layer growth model will be advanced .B. Influence of substitutional impurities on the stability of noble metals'(111) surface.
在一定范围内适当地提高沉积原子的能量，将有助于扩大表面吸附原子及空位缺陷的产额及分布区域，有利于提高形核密度，降低晶核尺寸，促进薄膜的层状生长。
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It is possible that Sn ad-atoms only occupy a part of Pt surface, and has no catalytical activity for the oxidation of methanol.
Sn吸附原子可能仅仅占据了Pt表面的部分位置，对甲醇的氧化没有催化活性。
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On Co/GaAs(100)interface,strong interface disruption andreaction takes place between overlayer and substrate at even Iow Co coverage〓.
对于Co/GaAs(100)界面，低覆盖度(约为2〓)下，Co吸附原子就与衬底发生强烈的界面扩散和反应。
- 更多网络解释与吸附原子相关的网络解释 [注：此内容来源于网络，仅供参考]
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adaptometer：适应测量计
adaptive optics 自适应光学 | adaptometer 适应测量计 | adatom 吸附原子
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adaptor male：配用器插柱
adaptation to darkness 暗适应 | adaptor male 配用器插柱 | adatome 吸附原子
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adat：数据自动累加器与传输装置
ADAS 自动数据采集系统 | ADAT 数据自动累加器与传输装置 | adatom 吸附原子
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addend：附加物
"adatom","吸附原子" | "addend","附加物" | "addition agent","加成剂"
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activated atom：激活原子
activated absorption 活性吸附 | activated atom 激活原子 | activated cathode 激活阴极
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chemisorption：化学吸附
(三)对於表面的接触电位非常敏感,可利用来测量化学吸附(chemisorption)过程中,表面原子的功函数(work function)之变化. (四)鉴别率(resolution)较传统LEED为佳. 这点有益於表面结构缺陷的观测.
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adatom：吸附原子
adaptive receiver 自适应接收机 | adatom 吸附原子 | adc 模拟数字转换器模数转换器
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adatom：被吸附原子
adaptive system 自适应系统 | adatom 被吸附原子 | addition 附加
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adatom：吸附原子KFz中国学习动力网
adaptive receiver 自适应接收机KFz中国学习动力网 | adatom 吸附原子KFz中国学习动力网 | adc 模拟数字转换器模数转换器KFz中国学习动力网
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AAS atomic absorptions spectroscopy：原子吸附光谱
160. BGA ball grid array 高脚封装 | 161. AAS atomic absorptions spectroscopy 原子吸附光谱 | 162. AFM atomic force microscopy 原子力显微