1)  laminates
积层极
2)  Ni deposit
Ni沉积层
1.
The morphology of Ni deposit and preferred orientation of Ni grains were also analyzed using SEM and XRD techniques.
通过测量极化和分散能力,对以Watts型电镀Ni溶液为基础的几种溶液进行了研究,考察了NiSO_4和NaCl含量的影响,并采用SEM和XRD方法对Ni沉积层形貌及其结晶择优取向进行了分折。
3)  coating
沉积层
1.
Nanocrystalline coatings get more and more attention same as nano-materials because of owning many special physical and chemical quality compared as traditional materials.
纳米晶沉积层与纳米材料一样,具有与传统材料不同的物理化学性能,而受到研究人员的关注。
4)  alluvium
冲积层
1.
Research results are as following:the shaft lining is vertically compressed during dewatering aquifer in alluvium,and relative tensile strain is caused by Poisson′s effect.
为掌握冲积层疏排水及注浆加固地层过程中井壁的变形规律,开展井壁变形实测研究,获得如下规律:在冲积层疏排水过程中,井壁竖向受压,竖向压应变随疏水层水压下降而增大,与此同时井壁环向因泊松效应产生相对拉应变;相对于每次注浆前的初始状态,在注浆过程中井壁内缘有两个水平切向受拉区和两个水平切向受压区,受拉区或受压区的圆心角为90°左右,距注浆点最近和最远的两个区域受拉;注浆使井筒周围土层抬升,使井壁在竖向相对受拉,缓释了井壁内的压应力。
2.
The simulation tests were carried out to study the variation of the vertical additional force acted on shaft lining by surrounding soils during dewatering of alluvium by means of multi-function rig in vertical shaft.
利用大型竖井模拟试验台,对冲积层疏排水过程中立井井壁受到的竖直附加力的变化规律开展了模拟试验研究。
3.
The burying characteristic of alluvium in Zhaogu No.
对赵固一矿冲积层埋藏特点进行了分析,采用理论与实践相结合的分析方法,对设计基本参数进行优化,并按强度条件和变形条件设计了冻结壁厚度、安全掘进段高度、冻结孔布置方式和深度。
5)  depositional sequence
沉积层序
1.
It is found that the passage systems of different sequences have difference:(1) The passage systems of deep depositional sequences(Ek-Es4)are characterized by the complex hydrocarbon conduction in the sides of sandbodies.
针对东营凹陷的地质特征,利用输导体系综合研究方法,分析了盆地输导体系的构成,发现东营凹陷不同沉积层序在输导体系结构特征上存在差异性:①深部沉积层序(Ek-Es4)输导特征主要表现为砂体侧向复式输导。
2.
These Cambrian strata have been grouped, on the basis of sedimentary facies sequences and stacking patterns of depositional sequences, into 63 third order sequences, or 22 second order megasequences and 4 first order supersequences, of which the latest ones represent the depositional cycles with the periods of 200-400 Ma during 1800.
以岩相及相序为基础 ,不同级别沉积层序及其有序叠加形式为研究核心 ,在这套厚度巨大的前寒武纪地层中识别出 63个三级层序 ,可进一步划归为 2 2个二级大层序 ,4个一级超层序。
3.
Based on the theory of continental foreland basin combining with petroleum exploration practices,Basijiqike formation reservoir of Cretaceous in Kuqa foreland basin controled by continental depositional sequence has been studied.
文中紧密结合生产勘探实践 ,充分运用陆相前陆盆地的观点对库车前陆盆地陆相沉积层序控制下的白垩纪巴什基奇克组储层进行了重点研究。
6)  deposition layer
沉积层
1.
Research progress in electroforming of high-performance deposition layer;
基于高性能沉积层的精密电铸技术的研究进展
2.
With the filtration process running,deposition layer will be formed on the surface of membrane,and then the flux will decrease.
压力驱动膜过程中的微滤是分离均相混合物的化工单元操作,随着过程的进行,将在膜表面上形成沉积层,过滤速率将随之下降。
3.
XRD results indicate that ZM5 alloy substrate consists mainly of α Mg and β Mg 17 Al 12 ,while the deposition layer consists of α Mg,Al 2Mg and β Mg.
对沉积层进行了金相观察、线扫描分析、显微硬度测试、电化学测试和腐蚀形貌的观察。
参考词条
补充资料:层积型电子照相感光体
分子式:
CAS号:

性质:由电荷产生层(CGL;charge carrier generation layer)和电荷转移层(CTL;charge carrier transport layer)层积组成的静电复印感光体。通常,在支撑体(如聚酯膜)镀铝导电层基板上涂以CGL(由电荷产生材料和少量树脂组成的,厚度一般为0.1~0.4μm),然后再涂上CTL(由电荷转移材料和聚碳酸酯等树脂组成,厚度一般为5~30μm),感光体受电晕放电处理之后,表面上充满了均匀的电荷(正电荷或负电荷),受到光照时,CGL中的电荷产生材料分子形成电荷载流子,如果感光体表面带负电荷,则空穴通过CTL中的电荷转移材料分子传递到表面与负电荷中和,使光照部位的电荷消失。如果感光体表面带正电,则电子通过CTL传递到表面与正电荷中和。未照光的部位保留着感光体表面的电荷,形成了静电潜影。当它和带有相反电荷的静电色粉接触后就能形成影像,将色粉的影像转印到纸上,再经热处理即得到复印件。

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