1) salt-fog sediment
盐雾沉积层
1.
Influence of salt-fog sediment on the electrical performance of A-sandwich radome panel by using four-port network theories is studied, and the power transmission and reflection coefficient of panel is formulized.
运用四端网络理论研究盐雾沉积层对A夹层天线罩板块电性能的影响,得到相应的功率透射系数和反射系数公式,并以某P/L波段雷达天线罩为例进行了计算机仿真。
2) Salt Precipitation in Reservoir
地层内盐沉积
3) Spray Forming
雾化沉积
1.
Application of the Spray Forming in the Fabrication of the MMCs (Metal Matrix Composites);
雾化沉积技术在MMCs材料制备中的应用
4) spray deposition
喷雾沉积
1.
Damping Properties of ZA 27 Alloy Containing Silicon Produced by Spray Deposition;
喷雾沉积含硅ZA27合金的阻尼性能
2.
ZA27 alloy doped with 4%Si (named ZA27-4%Si ) was prep ared by spray deposition technique, and then the alloy was hot extruded at 250 ℃.
用喷雾沉积快速凝固技术制备了含硅 4 %的ZA2 7合金 ,并对其进行了热挤压。
3.
This paper deals with friction and wear performance of spray deposition ZA27 alloy containing 6mg' g-1 silicon.
研究了喷雾沉积ＺＡ２７（含Ｓｉ６０ｍｇ。
5) spray deposition
雾化沉积
1.
A composite AlSn steel bimetal plate was fabricated by spray deposition and gas scanning technique.
利用雾化沉积加气动扫描工艺制备了铝锡 -钢双金属复合板 ,并对气动扫描的工艺参数、基板的预热温度和轧制温度进行了研究 ,分析观察了沉积态和轧制态的双金属界面的组织结构 。
2.
The results showed that during spray deposition process, the shape ofdeposit reached to steady state through an initial transient span when withdrawal velocity v is less thana.
结果表明:在雾化沉积棒坯过程中，当工艺参数合适且接收器后退速度＜ ·ｃｏｓф 时，在经过一个瞬时区域后，沉积态棒坯将以等直径的方式生长。
3.
The computation was conducted to predict the variations in several important parameters in a spray deposition/ rapid solidification process.
５％Ｃｕ合金在雾化沉积过程的气体出口速度，气体与金属熔体的质量流率，微滴平均尺寸和微滴运动速度等流体流动动力学参量以及合金在雾化和沉积阶段的温度、固相分数和冷却速度等凝固参量的变化规律。
6) droplet deposition
雾滴沉积
1.
The droplet deposition of the sprayer in cauliflower canopy was determined and its biological efficacy was evaluated in the field.
室内测定了两种喷头在不同工作压力、不同回转角度下产生的喷量、雾滴谱及雾滴尺寸;在田间评价了该喷雾器在花椰菜上的雾滴沉积分布规律及其生物学效果。
补充资料：多层沉积层
分子式：
CAS号：
性质：由两种或两种以上相继沉积的金属构成的沉积层。这些沉积层可以由不同特性的同一金属或不同金属构成。如为了提高镍镀层的防护性，有时采用双层镍或三层镍镀层。又如为防护-装饰目的采用的铜/镍/铬三层镀层。
CAS号：
性质：由两种或两种以上相继沉积的金属构成的沉积层。这些沉积层可以由不同特性的同一金属或不同金属构成。如为了提高镍镀层的防护性，有时采用双层镍或三层镍镀层。又如为防护-装饰目的采用的铜/镍/铬三层镀层。
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