1) straight joint
通缝
1.
Study is made on tensile strength in bending along straight joint and toe joint of sandwich composite wall masonry with sintered decorative porous brick by 48 test specimens laying with four strength grades of cement mortar.
通过4个强度等级水泥砂浆砌筑的48个试件,对烧结装饰多孔砖夹芯复合墙砌体沿通缝和沿齿缝2种弯曲抗拉强度进行了研究。
2) narrow channel
窄缝通道
1.
The flow regime transition criteria from bubbly flow to slug flow for the boiling water two-phase flow in horizontal rectangular narrow channels(1 mm、20 mm,2 mm、20mm) were investigated experimentally and theoretically.
在高温空气加热矩形窄缝通道(高1 mm、宽20 mm和高2 mm、宽20 mm)实验的基础上,对其水-水蒸气汽液两相流中的泡状流向弹状流转化进行了理论研究。
2.
The boiling heat transfer of liquid nitrogen in the narrow channels differs from that in pool boiling.
窄缝通道中的液氮沸腾传热特性有别于开放空间中的情况。
3.
The computational fluid dynamics(CFD) evaluation method was applied for (analyzing) effect of shores on thermal performance in narrow channel.
将计算流体动力学方法应用于窄缝通道内支撑柱对传热性能的影响分析。
3) gapless communication
无缝沟通
1.
Application and practice of gapless communication model;
无缝沟通服务模式的应用与实践
4) seamless communication
无缝通信
1.
In study of substation automation system seamless communication architectures,selection of seamless communication architecture standard protocols is analyzed to establish process network concept.
在对变电站自动化系统无缝通信体系的研究时,首先对无缝通信体系标准协议的选择进行分析,建立过程网络的概念,从而提出当前和未来的变电站自动化系统PNA结构,在这些技术基础上,建立变电站自动化系统的无缝通信系统。
2.
In network communication layer the optic fiber self-healing ringlike Ethernet is adopted as the trunk network of substation network layer,on this basis the seamless communication architecture of substation automation system is constructed.
网络通信层采用光纤自愈环型以太网作为变电站网络层的主干网,在此基础上构建变电站综合自动化系统无缝通信体系结构,从而满足了该系统对网络通信的高带宽、高稳定性、高可靠性的要求,实现了智能电子设备的无缝接入。
3.
The main target of future IEC 61850 and its "seamless communication" principle based on Ethernet technology are introduced as well.
介绍了基于IEC 61850体系的变电站自动化系统结构,并指出其主要的实现目标及倡导的基于以太网技术的“无缝通信体系”,阐述了将NET+ARM以太网控制器及收发器芯片集成到现有的智能化电气设备(IED)上的实现方案和IED直接上以太网的设计思想。
5) nonstaggering and staggering pattern
通错缝
6) level crevice
水平通缝
补充资料：胎圈过窄、子口窄、圈窄等
分子式：
CAS号：
性质：又称胎圈过窄、子口窄、圈窄等。轮胎工业中指两胎圈宽度不一致的现象。
CAS号：
性质：又称胎圈过窄、子口窄、圈窄等。轮胎工业中指两胎圈宽度不一致的现象。
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