1) nanofretting
纳动
1.
Research on Radial Nanofretting of Chromium Nitride Films and Carbon Nitride Films;
氮化铬和氮化碳薄膜的径向纳动运行与损伤研究
2.
As a new tribological movement mode,nanofretting refers to a cyclic movement of contact interfaces with the relative displacement amplitude in nanometer scale.
采用纳米压痕仪研究了单晶铜和单晶硅径向纳动的运行特点和损伤过程。
2) radial nanofretting
径向纳动
1.
Using a nanoindenter,the radial nanofretting behaviors of single crystal copper and Si(110) were studied under various peak indentation forces.
采用纳米压痕仪研究了单晶铜和单晶硅径向纳动的运行特点和损伤过程。
2.
The increase in both indentation force and the number of nanofretting cycles induced the radial nanofretting damage of samples.
采用纳米压痕仪和曲率半径为20μm的金刚石球形压头研究了40Cr基体和CrNx薄膜的径向纳动行为,并探讨其损伤机制。
3.
Radial nanofretting is the primary running mode of nanofretting, and it widely exists in structure beam, films, hinge, micro-bearing, micro-spring, and other main components of microelctromechanical systems (MEMS), may become a key tribolo.
而径向纳动是纳动的主要运行方式，广泛存在于微机电系统的结构梁、薄膜、铰链、微型轴承及微型弹簧等主要构件中。
3) Passive sonar
被动声纳
1.
A review of techniques for detection of line-spectrum in passive sonar;
被动声纳线谱检测技术综述
2.
The Research of the Passive Sonar Signal Detection and the Design Based on DSP;
基于DSP的被动声纳信号检测技术应用研究
3.
This paper focuses on the research of the de-noising of the passive sonar based on the wavelet.
基于小波的降噪理论,研究了水下舰船辐射噪声的被动声纳降噪问题。
4) aerodynamic admittance
气动导纳
1.
The application of cross-correlation spectrum recognition method to aerodynamic admittance recognition;
互谱识别法在识别气动导纳函数中的应用
2.
Advancing and reviewing of research on aerodynamic admittance of bridges;
桥梁结构气动导纳研究回顾及其新进展
3.
Estimation of aerodynamic admittance functions of long-span bridges by the relationships among aerodynamic parameters
基于气动参数之间关系的桥梁断面气动导纳识别
5) active sonar
主动声纳
1.
Efficient target parameter estimation for active sonar wideband signal;
主动声纳宽带信号的一种高效参数估计算法
2.
Review and prospect of active sonar detection techniques;
主动声纳检测技术的回顾与展望
3.
For the active sonar operating in the reverberation-limited environment, reverberation is one of main factors restricting the performance exertion.
就工作在混响限制区域的主动声纳而言,混响成为限制声纳性能发挥的主要因素之一。
6) active admission
主动接纳
补充资料：奥斯卡·克尔纳动物营养研究所
民主德国的一所家畜营养研究机构，以动物营养学家O.克尔纳的名字命名。1852年由E.沃尔夫创办，原设默肯。O.克尔纳为第三任所长。1953年迁址罗斯托克后改为现名。设有供猪、牛和绵羊用的呼吸室。主攻方向为应用间接测热，研究家畜的能量代谢和饲料的能值评定。该所研究人员于1900年总结了27种饲料在 2个级差饲养水平的氮、碳平衡差，得出体蛋白和体脂肪的沉积量，进而推算出近 300种饲料的淀粉等价值，并拟订了后被欧洲各地大量应用的家畜能量需求的计算方法。后又在以体脂沉积为基本指标的基础上，改淀粉等价为净能饲料单位，进一步完善了家畜能量需求的计算。
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