blow-off
英 [bləʊ ɒf]
美 [bloʊ ɔːf]
n. 吹（排）出; 排（放）气; 排污
双语例句
- The internal structure of the utility model applies the principle of the suction effect to make the foul gas discharged from the outlet of the blow-off port through the main pipe.
其内部结构运用空吸作用的原理，使污气从排污口出口经主管由支管排出。 - The straight blow-off pipe has less blow-off resistance, the flushing area of the swirl nozzles and the fan nozzles is large, the water pressure is high, and the water consumption is less.
直管排污管的排污阻力小，旋流喷嘴、扇形喷嘴的冲洗面积大、水压高、用水量小。 - Moreover, as the blow-off pipe below the heat preservation water tank is arranged at the lowest point thereof, deposited sludge can be discharged easily.
保温水箱下方排污管设在保温水箱最低点，沉淀污泥较易排出。 - Parts must fall free from die, scrap must shed properly, no air blow-off or assist.
产品应自由的从模具脱落，废料在没有吹气或其它辅助方式下合适的留出。 - Blow-off branch This trap is suitable for low temperature accompanying heat line pipe and working condition which needs low temperature to discharge frozen water.
放水支管，排汽支管该阀适用于低温伴热管线和需要低温排除凝结水的工况。 - The application of strengthening slush soft ground by pine wood piles in a major blow-off box culvert project was introduced in this paper.
以某大型排污厢涵工程实践为背景，介绍了松木桩在淤泥软土地基加固中的应用。 - Based on the experiment of dealing with high concentrated ammonia-nitrogen wastewater by blow-off catalytic oxidizing process, the influences of pH value, temperature and air flow are investigated in this paper.
采用吹脱和催化氧化技术对高浓度氨氮废水处理进行实验研究。吹脱实验系统地考察了不同pH、水温、气液比等因素对NH3-N吹脱效率的影响。 - Power pack is the core of construction drill rigs, the Power source of rotation drive and the key part of pressing/ lifting and slag blow-off.
动力头是工程钻机的核心部件，钻机的回转驱动动力源、加压提升和压气排渣的枢纽。 - The problem of high oxygen blow-off rate universally exists around the domestic iron and steel enterprises, which causes enormous loss of energy.
目前国内钢铁企业普遍存在着氧气放散率较高的问题，造成大量的能源浪费。 - The construction design must pay attention to establish the species protection area, disposal the sediment safely in the blow-off field, and drain the tailwater after it reach the standard.
施工总体设计必须注重建立物种保护区和排泥场淤泥的安全处置及尾水达标排放。 - It is feasible to blow-off the high concentration NH3-N from urea factory.
吹脱法处理化肥厂氨氮废水的研究吹脱法预处理高浓度氨氮是可行的。 - Equipment technology and control system configuration of 49 000 m3 air compressor in TISCO are introduced. Control method of blow-off valves and inlet guide vanes is presented.
介绍了太钢49000m3空压机设备工艺和控制系统配置，提出了对放散阀、进口导叶等设备的控制方法。 - Dealing with Middle-low Concentrated NH_3-N Wastewater by Blow-off Method
吹脱法处理中低浓度氨氮废水 - Application and Effect for Large Sized Recovery Unit of Latent Heat Contained in Blow-off Air
大型吹风气潜热回收装置的应用与效果 - Experimental studies of blow-off impulse generated by a pulse electron beam
脉冲电子束产生喷射冲量的实验研究 - The result of ammonia nitrogen blow-off experiment showed that under the condition of water temperature 20.6 ℃, pH value 10.8, and the blowing period 4h, the ammonia nitrogen removal efficiency was 80.8%.
氨氮吹脱试验结果表明，在水温为20.6℃、pH值为10.8、曝气时间为4h的条件下，氨氮去除率为80.8%。 - Pretreatment Test on NH_3-N in Waste Leachate by Blow-off Method
垃圾渗滤液中NH3-N的吹脱预处理实验 - The noise in FCC air feeder was examined and compared shows that the noise value decreased from 110 dB ( A) to 92 dB ( A), the decrement was 18, when the small-bore jet noise muffler installed in blow-off vent.
通过对炼油厂催化装置主风机排放噪声的测定、比较，结果表明：在放空口安装小孔喷注消音器后，噪声值由110dB（A）降为92dB（A），减噪量为18。 - Aluminum samples are bombarded by an electron beam produced by an 1 MeV pulse electron accelerator and the experimental fit curve between electron beam energy density and the blow-off impulse of aluminum target is obtained.
利用1MeV脉冲电子加速器的电子束对铝合金试件进行轰击，得到了熔化材料的喷射冲量与电子束轰击能量间的拟合曲线。 - Several Simulation Techniques of Blow-off Impulses by Intense Pulsed Cold X-rays
强脉冲软X光喷射冲量的几种模拟加载技术 - When radiated by pulsed electron beam, the target will have thermo-mechanical effects such as blow-off impulse and thermal shock wave.
当介质受到脉冲电子束辐照时，将产生汽化反冲和热击波等重要的热&力学效应。 - As a traditional blowing method, pneumatic blowing system is only applicable for shallow depth blow-off.
高压空气吹除是一种传统的应急上浮方法，但它只适用于小深度吹除。 - Bimetallic corrosion behavior, occurred when grounding grid contacted with the buried pipelines, was studied using electrochemical testing and immersion experiments. The results showed that the galvanic effect was obvious. ( 4) Study on bimetallic corrosion testing of blow-off pipe of compressor outlet.
利用电化学测试和室内浸泡实验对接地网与管道接触时可能发生的电偶腐蚀行为进行研究，结果表明电偶腐蚀效应明显。（4）压缩机出口排污管的电偶腐蚀实验研究。