- 更多网络例句与吸气相关的网络例句 [注：此内容来源于网络，仅供参考]
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Experts have recognized that the problem can not be thoroughly solved unless traditional way of suction be given up, that is, substituting soft brattice or blast suction air for rigid apron, and extending suction entrance near harmful substance or surrounding it.
国内外有关专家已认识到，要彻底解决这个问题，必须放弃传统的抽吸方式，利用柔性的风幕或吹吸气流代替刚性的挡板或吸气罩，将吸口"沿伸"到有害物附近或干脆将其"罩住"。
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Moreover, the scroll compressor of the inspiratory duration is far longer than other types of compressors, and the gas inspiratory processing is the active and containable movement, which is different from other forms of passive suction compressor, or even to generate suction booster effect, so volumetric efficiency is particularly high.
再者，涡旋压缩机的吸气持续时间远远长于其他形式的压缩机，且其进气过程是主动的包容运动，这不同于其他形式压缩机的被动吸气，甚至还会产生吸气增压效应，故容积效率特别高。
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An intake port is formed in head of the suction pipe so that the sucked air flows turning in contact with the inner circumferential surface of the dust collection chamber.
吸气管的前端形成吸气口使吸引风一边与集尘室的内周面相接一边旋转流动。
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Inspiratory time is measured from the beginning of inspiration to the beginning of exhalation .
吸气时间测定是从吸气开始到呼气开始。
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When you breathe slowly, inspiratory, expiratory, inspiratory, expiratory.
当你慢慢地呼吸、吸气、吐气，吸气、吐气。
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Of,designating,or being a speech sound produced with an inhalation of breath.
吸气音通过吸气而发音的，与此有关的，本身如此的
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The results are as follows.(1) Long train electrical stimulation at the dMNF facilitated myoelectric activities of genioglossus and phrenic muscle.(2) Short train electrical stimulation of dMNF, when delivered in the inspiratory phase, caused prolongation of myoelectric activities of genioglossus and phrenic muscle; but when delivered in the expiratory phase, myoelectric activities of genioglossus and phrenic muscle were shortened.(3) Long train electrical stimulation at the vMNF inhibited myoelectric activities of genioglossus and phrenic muscle.(4) Short train electrical stimulation of vMNF caused shortening of myoelectric activities of genioglossus and phrenic muscle, when delivered in the inspiratory phase, but a prolongation when delivered in the expiratory phase.(5) The effects of microinjection of glutamate to dMNF and vMNF were similar to those of electrical stimulation.
结果如下：(1)长串电脉冲刺激dMNF引起颏舌肌和膈肌肌电活动明显增强；(2)短串电脉冲刺激dMNF，当刺激落位于吸气相时，引起颏舌肌和膈肌在吸气相的肌电活动延长，当刺激落位于呼气相时，引起颏舌肌和膈肌在呼气相的肌电活动提前终止；(3)长串电脉冲刺激vMNF使颏舌肌和膈肌肌电活动明显被抑制；(4)短串电脉冲刺激vMNF，当刺激落位于吸气相时，引起颏舌肌和膈肌在吸气相的肌电活动提前终止，当刺激落位于呼气相时，引起颏舌肌和膈肌在呼气相的肌电活动延长；(5)在dMNF和vMNF分别微量注射谷氨酸钠，其效应与电刺激结果基本一致。
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Based on the CFD software FLUENT as well as experiments, the aerator internal fluidic field was computed and aspirating was analyzed. Conditions and status on inner aspirating were investigated in terms of pressure distribution, flowing velocity and volume fraction of air and water.
利用流体分析软件，结合试验现象，对内吸气部位的流场进行了CFD三维仿真及分析，从压力分布、流体流速与流动方向两方面，计算分析喷嘴及内吸气管内部的液、气两相流体运动规律，以判断喷嘴内能够形成吸气的条件及吸气状况。
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The results show that the surface layer of the air-exposed ZrVFe getter is covered with H20, CO2 and hydrocarbons, both Zr and V exist in the oxidized state, and vanadium oxide starts to reduce at 200℃. The activation results in the enrichment of Zr on the getter surface and the formation of the metallic carbides. H2O, CO2 and hydrocarbons sequentially desorb from the surface with the increase of temperature. H2 is the main gas which desorbs above 200℃ and O2 is not discovered. ZrO2 is reduced to near-metallic or metallic state because O in ZrO2 leaves the getter surface through diffusing into getter bulk.
结果表明：暴露于过大气的吸气剂表面覆盖着H2O、CO2及碳氢化合物等，Zr和V主要以氧化态存在；在吸气剂加热激活过程中，V的氧化物在200℃开始还原；激活过程导致表面近金属态Zr的富集以及部分金属碳化物的生成；随着温度的升高，H2O、CO2及碳氢化合物逐渐从吸气剂表面脱附，在200℃以上，主要脱附气体为H2，整个激活过程未发现O2；ZrO2还原为近金属态或金属态，主要是由于ZrO2中的O通过向吸气剂内部扩散而离开吸气剂表面所致。
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In order to improve aspiration-efficiency of the jet aerator, an air-in pipe called inner pipe was set up to add one more aspiration in the aerator muzzle.
为提高射流增氧机的吸气效率，在其射流器喷嘴内增设吸气管以增加一次吸气。
- 更多网络解释与吸气相关的网络解释 [注：此内容来源于网络，仅供参考]
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air-breathing missile：吸气式导弹
air-breathing laser 吸气式激光器,气动激光器 | air-breathing missile 吸气式导弹 | air-breathing power plant 空气喷气动力装置
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air-breathing laser：吸气式激光器,气动激光器
air-breathing 吸气 | air-breathing laser 吸气式激光器,气动激光器 | air-breathing missile 吸气式导弹
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aspirator：吸气器气吸管道
aspiration 吸气 | aspirator 吸气器气吸管道 | asporous 无孢子的
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getter pump：吸气剂泵
getter 吸气剂 | getter pump 吸气剂泵 | gettering 吸气
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getter device：吸气装置
getter capacity 吸气能力 | getter device 吸气装置 | ghost 幻影,重像
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getter action：吸气作用
get 获得 | getter action 吸气作用 | getter device 吸气装置
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getter action：消气作用,吸气作用
283. Getter 消气剂,吸气剂, | 284. Getter action 消气作用,吸气作用 | 285. Getter device 消气剂
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INSPIRATION; INSUFFLATION：吸气;吸气动作
启发 INSPIRATION | 吸气;吸气动作 INSPIRATION; INSUFFLATION | 瞬时力 INSTANTANEOUS FORCE
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inspirometer：吸气测量计 吸气计
inspiredair 吸入气 | inspirometer 吸气测量计 吸气计 | inspissate 增稠
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aspirated engine：吸气式发动机;吸气式引擎
"aspheric lens","非球面透镜" | "aspirated engine","吸气式发动机;吸气式引擎" | "aspiration apparatus for urea determination","定脲装置"