1) dynamic load effect
动荷效应
2) lotus effect
荷叶效应
1.
This article has reviewed the technologies of micropowder,lotus effect,balloon ceramic theory,self-separation and photocatalyst and their application for improvement of self-cleaning property of coatings.
本文综述了微粉化技术、荷叶效应、气球陶瓷理论、自分层技术以及光催化效应的原理,及其在改善外墙涂料自清洁性方面的应用。
3) Charging effect
荷电效应
1.
Evaluation of charging effect on the non-conductive specimens by absorbe current measurement;
非导电样品荷电效应的吸收电流评价方法
2.
It has been observed that serious charging effect occurred which caused the ion beam to be deflected for the electrically insulated sample 2, and the charging effect could be eliminated by using electron flood gun.
观察到荷电效应对ISS分析有严重影响 。
3.
The characteristic peak of three elements of Ar, contamination carbon and deposited monolayer Au were considered as reference peak to correct the shift of the XPS spectra caused by charging effect during the XPS analysis process, and the results of XPS and FTIR analyses were compared to estimate the correctness of this method.
分别采用氩峰、污染碳和沉积单层金3种元素峰位来校正在XPS测试过程中由荷电效应引起的峰位移动,并与傅立叶红外光谱(FTIR)进行比较,讨论了这3种校正荷电效应的元素峰位选取对正确表征BCN膜结构的影响。
5) load effect
荷载效应
1.
Judging conditions of the most disadvantageous load effect combinations;
荷载效应最不利组合的判别条件
2.
Focusing on the problem of suspender s monitoring and safety evaluation, a suspenders load effect monitoring system with fiber sensor was set up on the Ebian Dadu River Bridge in Sichuan province.
以四川峨边大渡河下承式钢管混凝土系杆拱桥为背景,针对吊杆健康监测与安全评定问题,详细介绍了该桥吊杆车辆荷载效应光纤光栅监测系统的组成,基于监测结果的车辆荷载效应分析的理论与过程,以及吊杆安全评定准则和该系统试运行状况及其监测结果。
3.
According to structural response of a double pylons 3-span cable-stayed bridge with single cable plane under seismic load,a concept of "the influence degree of cable dynamic load effect"is put forward and used to quantitatively analyze real function of cables of an extradosed cable-stayed bridge.
结合小西湖双塔三跨单索面矮塔斜拉桥地震荷载作用下的结构动力反应,引入“斜拉索动力荷载效应影响度”的概念定量分析了矮塔斜拉桥斜拉索在地震荷载下的实质作用,并据此提炼出能综合反映矮塔斜拉桥结构动力特征的参数———“矮塔斜拉桥动力特征参数”;用“斜拉索动力荷载效应影响度”与“矮塔斜拉桥动力特征参数”的相关性定量描述矮塔斜拉桥的动力特点,对进一步认识矮塔斜拉桥的动力性能有一定的参考意义。
补充资料：动散射效应
分子式：
CAS号：
性质：负向列液晶元件在交流电场中：变化频率和电压，在特定的频率下，电压超过某一定值时，产生一定的空间间隔，形成静止的条纹图形。增加电压变成不规则的复杂的图形，发生光散射现象。由于液晶各向异性，在这个交变频率下，超过一定电压，元件通过电流，引起液晶的运动。这个现象可以测定液晶中电流流动的耗电量。
CAS号：
性质：负向列液晶元件在交流电场中：变化频率和电压，在特定的频率下，电压超过某一定值时，产生一定的空间间隔，形成静止的条纹图形。增加电压变成不规则的复杂的图形，发生光散射现象。由于液晶各向异性，在这个交变频率下，超过一定电压，元件通过电流，引起液晶的运动。这个现象可以测定液晶中电流流动的耗电量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条