口板的英文

发音:

"口板"怎么读用"口板"造句

英文翻译手机版

buccal plate
hypostomata
hypostome
labra
labrum
oral plate(orals)

"口"英文翻译 mouth
"板"英文翻译 board; plank; plate
"凹口板" 英文翻译 : notch plate; notched plate
"舱口板" 英文翻译 : hatch board; hatchboard
"槽口板" 英文翻译 : notch plate
"侧口板" 英文翻译 : adoral plate
"插口板" 英文翻译 : panel maintenance control
"齿口板" 英文翻译 : toothed plate
"道口板" 英文翻译 : crossing plates
"接口板" 英文翻译 : demarcation strip; fishplate; interface board
"口板(锅炉)" 英文翻译 : dead plate
"口板, 咽膜" 英文翻译 : stomodeal plates
"内口板" 英文翻译 : endostoma
"排口板" 英文翻译 : gutter board
"企口板" 英文翻译 : match board; matched board; tongue and groove board; tongue-and-groove plank; tongued and grooved boarding; tongued grooved and beaded
"嵌口板" 英文翻译 : tongue and groove plank
"切口板" 英文翻译 : slotted plate
"生口板”" 英文翻译 : inspection panel
"套口板" 英文翻译 : topping bar
"挑口板" 英文翻译 : fascia board
"围口板" 英文翻译 : peristomial plate
"下口板" 英文翻译 : hypostomata
"原口板" 英文翻译 : primary oral
"檐口板" 英文翻译 : eaves board; fascia board
"槽口板凹口板凹形板" 英文翻译 : notchplate

例句与用法

Sli : synchronous line optical interface
同步线路光口板
It can increase the hole inclination angle range and drill elevation angle hole , while setting the top drive power head and hole top plate toward the opposite direction
4钻机动力头及孔口板调转方向，可钻凿仰孔。
It can increase the hole inclination angle range and drill elevation angle hole , while setting the top drive head and hole top plate toward the opposite direction
动力头及孔口板调转方向，可直接钻凿仰孔，大大增加钻孔倾角范围。
It can increase the hole inclination angle range and drill elevation angle holes , while setting the top drive power head and hole top plate toward the opposite direction
动力头及孔口板调转方向，可直接钻凿仰孔，大大增加钻孔倾角范围。
The application program for t he new digital system is based on windows nt workstation 4 . 0 operating system and it was developed under visual c + + 5 . 0 applying ooa and ood
为适应测控软件的实时性和可靠性要求，我们运用microsoft公司的ddk设备驱动程序开发包研制了pcl - 731并口板与ad / da转换板的设备驱动程序。
A parametric analysis of the inviscid effects of leading edge sweep , sidewall compression , width - height ratio , cowl position and inflow mach number on spillage is finished . numerical simulations are completed for a series of inlets at various flight height and velocity . the research indicates that the area of spillage window , which is mainly determined by the position of the cowl , significantly influences the spillage characteristic of the scramjet inlet
阐明了侧板后掠的侧压进气道设计参数对构型溢流影响;对不同侧板配置方式的侧压式进气道进行了数值模拟,通过对比分析,发现由唇口板的位置所决定的溢流窗面积的大小对进气道溢流特性的影响显著。
In this thesis , hypersonic sidewall compression inlet ' s self - starting characteristics are numerical simulated and tested . with increasing mach number of inflow gradually , the hypersonic sidewall compression inlets can self - start . compared with the hypersonic sidewall compression inlet starting directly , characteristics are different . moving cowl , decreasing interior contraction ratio also can realize the hypersonic sidewall compression inlet ' s self - starting because of separation bubble on sidewall spilling out
其次,在数值模拟结果的基础上,设计了实验模型和装置并在马赫3 . 85的风洞中进行了移动唇口板减小内收缩比实现侧压式进气道自起动的风洞实验,验证了数值模拟的结果。
It is no effect on a sidewall compression inlet ' s starting characteristics while a starting sidewall compression inlet is moved cowl to increase interior contraction ratio appropriately . back pressure effect on characteristics of self - starting for hypersonic sidewall compression inlet is tested in mach 3 . 85 wind tunnel . the hypersonic sidewall compression inlet with interior contraction ratio 1 . 24 can self - start . unstart hypersonic sidewall compression inlet caused by high back pressure can self - start by moving cowl to decrease interior contraction ratio
最后,实验研究了反压对侧压式进气道自起动特性的影响,内收缩比1 . 24的侧压式进气道可以实现自起动并且实验验证了由于反压过高而不起动的侧压式进气道,通过移动唇口板以减小内收缩比可以实现侧压式进气道的自起动。