1) Bronchoconstriction
气道痉挛
2) gas channel
气道
1.
It is found that the rejection is mainly due to metallurgical quality,such as chemical composition,slag inclusion,gas channel,grain size,etc.
分析了用电解铝液直接生产铸轧板的质量问题以及铸轧板质量缺陷的影响因素,认为造成铸轧板废品的主要原因就是冶金质量,即冶炼过程所引起的化学成分、夹渣、气道、晶粒度等废品,分别论述了化学成分、夹渣物和气孔、晶粒度、熔炼温度和时间的控制措施。
2.
Two different dimensions of gas channel were presented.
将两种不同的气道尺寸,利用Moldflow软件对气体在4种不同布置的气道内的穿透过程进行了数值模拟,结果表明:同样的气道尺寸、不同的气道布置以及相同的气道布置、不同的气道尺寸,其气体的薄壁穿透程度都是不同的。
3.
The cross sections of various gas channels were equivalent to circles and the shape factor sf was taken to measure their departure from a circle.
将各种不同气道截面等效于圆形,引入形状因子来衡量它们偏离圆形的程度。
3) airway
气道
1.
Effect of Huoxiang-zhengqi liquid on HCO_3~- secretion by intact porcine distal airway epithelium;
藿香正气水对猪远端气道完整上皮 HCO_3~- 分泌的作用(英文)
2.
The Clinical Application of the Virtual Endoscopy for Airway;
气道内仿真内镜的临床应用
3.
16-slice MDCT with Low-dose Technique in Diagnosing Children Airway Foreign Bodies;
16层CT低剂量成像诊断小儿气道异物
4) port
气道
1.
Reverse Technology About Free-form Surface of Port in Tractor Engine;
拖拉机发动机气道自由曲面的反求技术
2.
WD615 Diesel Engine Intake Ports Improvement;
WD615系列柴油机气道的改进
3.
A intake port was developed for a domestic four-valve diesel engine,and different core boxes of intake port were made respectively by using the method of traditional technology in combination of advanced CAD/CAM technology.
通过采用传统的气道芯盒制作方法和先进的CAD/CAM制作方法相结合的技术,对国内某四气门柴油机进气道进行了设计开发,制作出不同的气道芯盒。
5) Inlet
进气道
1.
An investigation of the airframe-inlet integration flow characteristics;
边条翼下进气道与飞机一体化流场特性的研究
2.
Study on conformal and drag reduction design of inlet cowl;
进气道整流罩保形减阻设计研究
3.
A test technique for submerged inlet model in FL-24 wind tunnel;
FL-24风洞埋入式进气道试验技术
6) inlet and exhaust ports
进排气道
1.
It is possible, by adopting“reverse engineering”to conduct digitized design of inlet and exhaust portstoolings of diesel engine, to improve the fineness of the toolings and castings, shorten toolings development duration.
运用逆向工程进行柴油机进排气道模具数字化设计,可以提高模具和铸件的精度、缩短模具开发周期。
参考词条
补充资料：道-道间寻道时间
道-道间寻道时间(single track seek)：
指磁头从一磁道移动至另一磁道的时间，单位为毫秒(ms)。
指磁头从一磁道移动至另一磁道的时间，单位为毫秒(ms)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。