1) cross flow
穿流
1.
A cross flow drying process and its main parameters are introduced in this paper.
介绍了玉米秸秆穿流干燥机的工艺流程、主要设计参数。
2.
The technical characteristics of cross flow drying process in reduction rate stage and selection of drying process' mathematical models are introduced.
介绍了穿流干燥过程中降速段的工艺特点及其数学模型的选择,给出了此干燥过程的数学模型及相关用途。
3) cross-flow drying
穿流干燥
1.
Uniformly designed experimental study on belt type cross-flow drying of carrot;
胡萝卜带式穿流干燥的均匀设计试验研究
2.
Research and development of auto-control system for cross-flow drying test equipment;
穿流干燥试验装置自动控制系统的研制
4) crossing river
河流穿越
1.
Taking the pipeline crossing Xishao North River in Yong-Hu-Ning Oil Pipeline Project as an example, this paper introduces a construction method of pipeline crossing river, i.
以甬—沪—宁原油管道工程江苏宜兴段溪梢北河穿越工程为例,介绍了一种河流穿越的施工方法——顶管穿越法。
5) dual-flow tray
穿流筛板
1.
In this paper,the dual-flow tray was combined with packed tower to be a new type compound packed tower.
本文提出一种新型的复合填料塔设备,将穿流筛板引入到填料塔中。
2.
In this thesis, the dual-flow tray was combined with packed tower to be a new type compound packed tower.
本文提出了一种新型的复合填料塔设备,将穿流筛板引入到填料塔中。
6) tunneling current
隧穿电流
1.
The external condition could induce the change of piezoelectric field in superlattices and further induce the change of tunneling current.
外界条件可引起超晶格中内建电场的变化,进而引起隧穿电流的变化。
2.
Results show that with the increment of doping level, the peak tunneling current density increases for GaInP/GaAs tandem solar cells, and the performance of GaInP tunnel junctions are much better than GaAs tunnel junctions.
主要应用高掺杂的p n结理论进行隧道结的计算研究工作 ,针对GaInP/GaAs双结电池的结构 ,选择不同的宽禁带材料研究隧道结I V特性以及不同的掺杂浓度对于其I V特性的影响 ,寻找出掺杂浓度与隧穿电流的关系曲线。
3.
The gate direct tunneling current in ultra-thin oxide is computed with different device parameters.
采用自洽解方法求解一维薛定谔方程和二维泊松方程,得到电子的量子化能级和相应的浓度分布,利用MWKB方法计算电子隧穿几率,从而得到不同栅偏置下超薄栅介质MOSFET的直接隧穿电流模型。
补充资料：波楞穿流板
分子式：
CAS号：
性质：又称波楞穿流板。将无溢流的穿流筛孔(或栅缝)板压成波纹形的穿流板。相邻两块塔板之间的波脊成90°交叉。这种塔板可以改善一般穿流塔的气液接触状况及使液体再分布均匀，可以提高塔板的通量及效率。
CAS号：
性质：又称波楞穿流板。将无溢流的穿流筛孔(或栅缝)板压成波纹形的穿流板。相邻两块塔板之间的波脊成90°交叉。这种塔板可以改善一般穿流塔的气液接触状况及使液体再分布均匀，可以提高塔板的通量及效率。
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