膜结构

水立方多面体空间钢架结构与ETFE膜结构探讨

Polyhedron Spatial Steel Frame Structure and ETFE Membrane Structure of Water-Cube

公司拥有一批国内最早从事膜结构行业的工程技术及制作安装的高素质人才。

BEIJING TENSILE FABRIC STRUCTURE has most experienced experts and qualified engineers who have been working for the architectural membrane structure from very beginning .

索膜结构找形分析的有限元法及Ansys实现

Finite element method of form-finding analysis of cable-membrane structure and realization by Ansys

退火处理对纳米ZnO膜结构及气敏特性的影响

Effects of annealing on gas sensing performance and microstructure of nano-grain ZnO films

微波功率和真空退火对a-C：F，H膜结构和性质的影响

The Influence of Microwave Power and Annealing Temperature on Structures and Properties of a-C : F , H Films

SARS-CoV是一种单链正义RNA病毒，有囊膜结构。

SARS-CoV is enveloped , positive - sense , ssRNA virus .

X射线分析温度对ITO膜结构与电性能的影响

The Effects of Substrate Temperature on the Structural and Electrical Properties of ITO Films from X-ray Diffraction Techniques

用扫描电镜、ICP原子发射光谱和称重法对膜结构进行表征。

The structure of the top layer is characterized by SEM , ICP and weight method .

6H-SiC（0001）衬底结构对GaN膜结构的影响第一原理研究

First Principle Study of Structual Properties of GaN Films Grown on 6H-SiC ( 0001 ) Reconstruction Substrate

a-C∶H/a-Se复合膜结构的红外及喇曼谱研究

Structural Studies of a-C : H / a-Se Complex Films by Infrared Raman Spectroscopy

应用一系列生物信息学分析方法对其等电点、分子量、跨膜结构、疏水性、二级结构进行预测分析，结果显示：PAL蛋白质的分子量为77.077KDa，等电点为6.115。

Using a series of bioinformatics analysis , such as isoelectric point , molecular weight , membrane structure , hydrophobicity , functional secondary structure prediction analysis .

高浓度LaCl3对黄瓜幼苗的抑制作用表现在对类囊体膜结构的破坏，进而导致PSⅡ光合活性下降，并最终抑制黄瓜生长。

The toxicity effects of LaCl_3 on cucumber seedling are mainly due to the damage of chloroplast membrane and photosynthesis organelle resulted in the decrease of PS II photochemistry activity and growth retardation .

激光照射后A组、B组样本可观察到根管腔内细菌生物膜结构破坏，细菌量明显减少，但仍可见较多散在的细菌，而牙本质小管内仅观察到少量细菌存留。

Samples of group A and group B after irradiation can be observed that biofilm structure was destroyed , bacteria amount decreased obviously , but more sporadic bacteria still remained in root canals lumen , while dentinal tubules retained a small amount of bacteria .

当添加剂DBP的浓度为11wt%时，可以得到孔隙均匀且紧密的微孔膜结构，具有较大的实用价值。

We could get uniform and close microporous membrane structure for DBP concent-ration of llwt % as additives . And it was of great practical value .

论文首先回顾了膜结构的发展历史与应用情况，总结了ETFE膜材的特性及其重要应用工程。

In this paper , the structural behavior and some key problems of ETFE cushions are analyzed .

高磷和低磷处理辣椒系根保护酶SOD活性和CAT活性增强，提高辣椒对自由基的清除能力，减轻辣椒根系膜结构的伤害。

Hot pepper roots protective enzymes SOD activities and CAT activities were increased under dealing with phosphorus in high or low , free radical scavenging capacity was enhanced to alleviate to the harm of pepper roots ' membrane structure .

HPD光敏作用也可破坏靶分子的空间排列或构象，从而导致膜结构的无序和损伤。

HPD photosensitization may also destroy the arrangement and conformation of target molecules , leading to the disorder and damage of the cell membrane structure .

ECBP21cDNA全长947bp，编码216个氨基酸，序列分析显示其N端1-25氨基酸为信号肽，26-216氨基酸为成熟蛋白肽段，并且不具有跨膜结构域。

The cDNA contains 947 nucleotides that codes for a precursor protein of 216 amino acids . Sequence analysis shows that the N-terminal 1-25 amino acid sequence is a predicted signal peptide and other 26-216 amino acid sequence is a mature peptide which has no transmembrane domain .

DATS能破坏粪肠球菌的生物膜结构，杀灭生物膜内部的细菌。

DATS can destroy the biofilm structure of Enterococcus faecalis , hence kill the bacteria inside the biofilm . 3 .

文章利用描述粘弹性蠕变行为的Burgers四元件模型来模拟索膜结构的蠕变性能，推导出蠕变影响的有限元方程。

Here , creep performance of a cable-membrane structure was analyzed by using a four-element Burger model to describe viscoelastic solid creep and produce a finite element equation that considers creep affect .

最后，本文采用Davenport谱生成了脉动风速时程，利用计算流体力学方法得到结构的风压系数，对气枕式膜结构进行了风致响应分析，得到了结构在风荷载作用下的反应特性。

The fluctuating wind speed with Davenport Spectrum is generated , and the pressure coefficients of structure are gotten by using Computational Fluid Dynamics method .

动态接触角（DCA）和X射线光电子能谱（XPS）分析表明，二氯磷酰胆碱对玻璃表面改性成功，这为材料表面仿细胞膜结构改性提供了新途径。

Dynamic contact angle ( DCA ) measurement and X-ray photoelectron spectroscopy ( XPS ) analysis confirmed that a biomimetic surface was obtained successfully by grafting phosphorylcholine dichloride on glass , which provides another new way for surface modification of biomaterials .

基于两相流理论给出了空气相和雪相的控制方程，采用CFD技术计算模拟了不同形状膜结构周围雪漂运动及表面风致雪压分布。

Snow drifting process and principles are presented in detail , and then governing equations of air-phase and snow-phase are given based on two-phase flow theory . Then CFD technique is used to calculate snow drifting around saddle membrane structures and snow pressure on the roof surface .

研究结果表明，生成符合透析膜结构特性的氧化铝膜的最佳反应条件是以3%硫酸或5%硫酸为电解液、反应温度0℃、反应时间48h、反应电压12.5~17.5V。

The results suggested that the optimal conditions for the formation of anodic alumina membrane to be used in hemodialysis should be 3 % or 5 % sulfuric acid with 12.5 V to 17.5 V at 0 ℃ for 48 hours .

结果：咬合力丧失导致牙周膜结构紊乱、牙槽骨吸收，IL-1β在PDLC和成骨细胞中的表达，较正常咬合力时明显增强。

RESULTS : In the group of lost biting force , derangement of periodontal ligament and resorption of alveolar bone were observed in histologic study . The expression of IL-1 β in PDLC and osteoblasts enhanced apparently than in the group of normal biting force with IHC technique .

实验结果表明该改性方法对膜结构影响很小，改性膜的亲水性和透水性明显增强，嵌入膜中的改性剂随着PPG分子量的增加而增加，改性效果益发显著。

Characterization results revealed little influence on membrane structure was brought to membrane structure , while the membrane hydrophilicity and water permeability were significantly enhanced . Moreover , the mass of modifiers entrapped in membrane increased with increase of PPG molecular mass and hence led to more remarkable modification efficiency .

现代建筑膜结构材料在我国的开发及应用

The Development and Application of Architectural Membrane Material in Our Country

用曲面有限单元建立的膜结构分析理论

Analysis Theory of Membrane Structure by Curved Surface Finite Element Method

人红细胞老化对膜结构及组分的影响

Effect of Human Erythrocyte Ageing on the Membrane Structure and Composition

广州东风公园游乐场膜结构设计

The membrane structure design of recreation ground of Guangzhou Dongfeng Park