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   baffle-board 的翻译结果: 查询用时:0.043秒
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baffle-board
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  反射板
     The tests indicate that under the worst situation (assembled by 2 rows, 8 layers), the stress distribution of most part of frames is only at several MPa, displacement on frame is in the range of -0.01 ~ -0.02,maximal displacement on baffle-board is smaller than 0.15mm.
     试验表明在最恶劣试验(列数为2,层数为8的拼装)情况下,框架结构静态应力水平绝大部分仅在几兆帕,框架上位移范围在-0. 01-0. 02之间,反射板上最大位移小于0. 15mm。
短句来源
     Influence of the baffle-board on the inner flow of a spherical tank during the whole-body heat treatment
     反射板对球罐整体热处理内部流场的影响
短句来源
     C. T. Section 3 gives the results of numerical simulations on structure of various system of waves in the flow field and the pressure and temperature which distribute along the axes and the baffle-board at 0.035s, 0.2s and 0.5s.
     为此本文采用 TVD有限体积法,对雷弹水下大深度发射内流场进行了数值模拟,给出了点火后0.035s、0.2s、0.5s时,流场的波系结构、沿轴线和发射平台底部反射板的压力、温度分布曲线以及 (0.005,0.05) 点处压力随时间变化规律。
短句来源
     In this paper,a broadband annular-slot microstrip antenna is analyzed. This antenna achieves 12% bandwidth for VSWR<2 when a baffle-board is placed.
     对一种宽带微带圆环缝隙天线作了理论和实验研究,在安装反射板时,工作带宽(VSWR<2)达到了12%。
短句来源
  相似匹配句对
     Editorial Board
     《植物分类学报》编辑委员会
短句来源
     Baffle & Dream
     淄博实践梦与惑
短句来源
     Board & Systems
     线路板与系统
短句来源
     Anaerobic Baffle Board Reactor and Aerobic Process Treating Bean Curd Wastewater
     厌氧折流反应器+好氧处理豆腐生产废水的试验研究
短句来源
     Construction of Three-mentional Bar Mesh Cement Light-weight Baffle Wall Board
     三维钢网水泥轻质隔墙板的施工
短句来源
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Theoretical analysis of the formation mechanism of ultra sonic photo grate is presented. It is pointed out that the formation of standing wave with the one dimensional ultra sonic wave after entering into the liquid and reflected by metallic baffle board makes the liquid properties such as the density, refraction index, and phase vary periodically, forming, then, an ultra, sonic phase photo grate.

对超声光栅的形成机理作了理论分析,指出一维运动的超声波进入液体经金属反射板反射形成驻波,使液体的密度、折射率和相位等物理性质产生周期性变化,而形成超声相位光栅

The high efficient tube row heat exchanger with baffle rod is a new type of equipment. Compared to conventional one with baffle board, it has light bundle vibration, high heat transfer efficiency and low scaling. The technique of design and making of it is present theoretically and practically.

指出高效折流杆列管式换热器是一种新型的换热设备,与传统的折流板换热器相比具有管束振动小、传热效率高、结垢率低等显著优点;从理论和实践的角度阐述了设计制造这种换热器的技术。

Make Double-layer EM wave absorption material with composite Ferrite-Foundation Em wave absorption materials which have different magnetic permeability in the range of 7~12GHz,The curve of A~f is similar to single-layer absorption material,two absorption peaks also be found,but the second peak moves to high frequency,the absorption quantity increase from 20 dB to 37dB,Plaster dielectric-medium film between absorption-medium layer and baffle-board and between two absorption-medium layer, We can find the...

Make Double-layer EM wave absorption material with composite Ferrite-Foundation Em wave absorption materials which have different magnetic permeability in the range of 7~12GHz,The curve of A~f is similar to single-layer absorption material,two absorption peaks also be found,but the second peak moves to high frequency,the absorption quantity increase from 20 dB to 37dB,Plaster dielectric-medium film between absorption-medium layer and baffle-board and between two absorption-medium layer, We can find the first absorption peak moves to high frequency,The absorption quantity of two peaks increase to 29 dB and 27dB,This thesis is a discussion of its effect mechanism.

用三种不同磁导率μi的铁氧体基复合电波吸收材料制成双层结构电波吸收体,在7~12GHz频段A~f曲线与单层基本相似,存在两个吸收峰,但第二峰移向高频,吸收量A由20dB增至37dB;在吸收介质层与反射板之间以及在两个介质层之间涂以介电型介质膜,使第一吸收峰移向高频,吸收量分别增至29dB和27dB;对其作用机理进行探讨。

 
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