薄膜状态

The spontaneous and remnant magnetization states of the nano-size diamond -shaped NiFe film elements have been investigated by the micromagnetic simulation.

利用微磁学方法系统研究了纳米尺度的NiFe薄膜菱形单元的自发磁化状态及剩磁状态。

The invention is concerned with the high state ratio abio-film electricity double steady device and the making method.

本发明属于微电子器件和功能薄膜材料技术领域，具体涉及一种高状态比的无机薄膜电双稳器件及其制作方法。

Atomic force/friction force microscope, microcosmic tribological properties tester of magnetic record system and tester of surface force were developed and criterion of the testers were established.

研究并提出了薄膜润滑状态下润滑油的粘度、速度和压力与失效的关系及相应的润滑状态图。

Based on the presumption that the deformed surface is described as a kind of surface of spherical cap, the problem about the relationship between load and deformation was resolved.

当载荷增大到一定程度，薄膜效应远远超过弯曲效应，此时板的弯曲效应可以忽略，因此圆板在大挠度状态下的特性更接近于薄膜特性。

The wear resistance of TiN film and the substrate is studied by the ball-on-disk tribometer in the air, and the microcosmic analyses about the wear areas are obtained by scanning electron microscope, energy dispersive spectrum, and surface figure apparatus.

采用球－盘式摩擦磨损实验机对比研究了基片和薄膜在与GCr15配副的情况下，二者在空气中干磨擦状态下的摩擦磨损性能；利用扫描电镜、能量衍射谱仪和表面粗糙度台阶轮廓仪对薄膜的磨损区域进行了微观分析。

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。

In this research, the spider silk from the major ampullate gland of native Nephila pilipes was collected via the forced-silking apparatus at the reeling speed of 3 m/min. The obtained silk was dissolved in hexafluoro-isopropanol. The influence of pH and temperature over the secondary structure of the silk protein in solution state was examined via Circular Dichroism. The effect of silk concentration and electrical field strength on the structure conformation of silk protein during film casting process was investigated via FT-IR. During the drying process, the increase of silk concentration and the presence of electric field tend to form β-sheet and β-turn. Finally, the dried film of silk protein was treated with different temperatures and cation solutions to study the post-treatment effects.

本研究所采用之蜘蛛丝蛋白质系取自本土品种人面蜘蛛之大囊壶腺体，以3 m/min之卷丝速度强迫取丝(forced-silking)收集蜘蛛丝，再将纤维溶於六氟异丙醇溶剂中配制成溶液，以圆二色光谱仪分析在不同 pH 值与温度条件下丝蛋白质在溶液中之二级结构变化，再将蜘蛛丝溶液以不同浓度及电场强度下乾燥成薄膜后，以傅立叶红外线光谱仪检测分析丝蛋白质在固体状态下之二级结构，最后以不同温度加温、离子溶液浸泡等条件对乾燥所得之薄膜进行后处理，并分析其二级结构之变化。

The structural analysis of the thin film deposited on the Si（100） substract has been made by means of XRD.It showed that the BaTiO3 thin film has good crstallization at 600℃.

并用XRD分析了沉积在Si（100）低阻硅片上的薄膜的结构，发现薄膜在600℃时结晶状态已良好。

The interfaces between Al2O3 film and Al-alloy substrate are supposed to be in a perfect state, and the flaw effect in Al2O3 film is also ignored. A finite element software (ANSYS 8.0) has been adopted to analyze the thermal flections distortion of Al2O3 films with (5-30)μm thickness.

假设薄膜和基体界面处于理想结合状态下，且不考虑薄膜中缺陷的影响，采用有限元软件(ANSYS 8.0)分析了(5~30)μm厚氧化铝薄膜／铝合金基体系统中的热屈曲变形。

After treated with FAS, the films of TiOPc-coated ZnO nanorod array showed they were Cassie state superhydrophobic surfaces with fine photoconduction.

这种垂直于基底生长的氧化锌纳米棒薄膜经蒸镀酞菁氧钛、修饰氟硅烷后得到了光导性能很好的Cassie状态的超疏水薄膜。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。