1)liquid ammonia Leak液氨泄漏
2)ammonia slip氨泄漏
1.To study the influences of methane on selective non-catalytic reduction (SNCR), the condition of flue gas composition was simulated on a drop tube furnace test rig, and the influences of a few of methane on SNCR temperature window, NOx reduction efficiency and ammonia slip from 650℃ to 1 150 ℃ were investigated, as well as reactivity of methane.为研究甲烷对选择性非催化还原(SNCR)脱硝反应的影响作用,在沉降炉实验台上模拟锅炉烟道内的反应环境和烟气成分,在650~1150℃范围内,研究了微量甲烷对SNCR反应温度窗口、脱硝效率和氨泄漏的影响,以及甲烷在脱硝过程中的反应特性。
2.This article explains how to monitor a SCR system for ammonia slip and manage its catalysts in a way that optimizes the system's performance.文中主要介绍如何监控SCR系统以防氨泄漏和正确运用催化剂,使系统性能最佳化。
3)ammonia leak氨气泄漏
1.The emergency decision of ammonia leak is quite complicated.氨气泄漏事故的应急决策是一个复杂过程,该过程受到技术、经济、环境以及风险等许多因素的影响,不同专家决策者对应急方案有明显的偏好,且各专家对各属性的权重取值不完全确定。
4)Liquid leakage液体泄漏
英文短句/例句
1.Cause analysis and treatment of cryogenic liquid leakage in oxygen and nitrogen liquefaction plant氧氮液化设备低温液体泄漏的原因分析与处理
2.STUDY ON OUTWARDLY PUMPING CIRCULAR ARC GROOVED LIQUID FACE SEAL WITH ZERO-LEAKAGE泵出式圆弧槽无泄漏液体端面密封研究
3.Fuzzy Evaluation and Counterplans about the Bulk Liquid Chemicals Leak;散装液体化学品泄漏的模糊评定与应急对策
4.Study on Spread of Insoluable and Conservative Bulk Liquid Chemicals船载散装难溶保守液体化学品泄漏扩散研究
5.Study on acoustic emission method for the detection of leaks in liquid delivery pipeline液体输送管道泄漏的声发射检测方法研究
6.The Study and Analysis of the Calculation of the Leaking Process Simulation of CL During Road Transportation;易燃液体公路运输泄漏扩散模型计算分析及研究
7.Gas Leakage Test and Calculation of Hydrogen Leakage of 600MW Generators600MW发电机气体泄漏试验及漏氢量计算
8.Research for phast in the process of liquefied natural gas discharge and dispersionPHAST软件对液化天然气泄漏扩散的研究
9.Leakage Control of Hydraulic and Lubricating Systems at Sheet Mills板材轧机液压与润滑系统泄漏的改进
10.Quantified Analysis on Environmental Risk Assessment of Accidental Leaking of Liquid Ammonia液氨事故泄漏环境风险评价定量分析
11.Solution to Failures of Mechanical Seal on Pumps Transporting Working Medium during H_2O_2 Production双氧水工作液泵泄漏故障分析及对策
12.Discussion on Environmental Risk Assessment of Accidental Leaking of Liquid Ammonia Storage Tank液氨储罐事故泄漏环境风险评价探讨
13.Cause and Prevention of Leakage in Hydraulic System of Rolling Equipment轧钢设备液压系统泄漏的原因及防控
14.Environment Risk Analysis on Leakage of Liquid Ammonia Tank in Synthetic Ammonia Plant合成氨厂液氨储罐泄漏环境风险分析
15.Fluid leakage control one-way valves control the manner of oil and oil-leaking Type II species.液控单向阀控制油的泄漏方式有内泄式和外泄式二种。
16.Analysis on the Reasons of Electro-Hydraulic Hammer Hydraulic System′s Leakage and Preventive Measures电液锤液压系统泄漏的原因分析及防治措施
17."The power and control cable entry system shall be designed to provide a positive, leak-free seal to prevent liquid from entering the air filled motor housing."电源和控制电缆的进入系统应该配置绝对的、无泄漏密封,防止液体进入风冷电机箱体。
18.In the transportation and storage of fuels for civil use, the materials are also inflammable and explosive.气体或液体物质发生泄漏事故，可能对附近居民和环境造成极大的危害。
相关短句/例句
ammonia slip氨泄漏
1.To study the influences of methane on selective non-catalytic reduction (SNCR), the condition of flue gas composition was simulated on a drop tube furnace test rig, and the influences of a few of methane on SNCR temperature window, NOx reduction efficiency and ammonia slip from 650℃ to 1 150 ℃ were investigated, as well as reactivity of methane.为研究甲烷对选择性非催化还原(SNCR)脱硝反应的影响作用,在沉降炉实验台上模拟锅炉烟道内的反应环境和烟气成分,在650~1150℃范围内,研究了微量甲烷对SNCR反应温度窗口、脱硝效率和氨泄漏的影响,以及甲烷在脱硝过程中的反应特性。
2.This article explains how to monitor a SCR system for ammonia slip and manage its catalysts in a way that optimizes the system's performance.文中主要介绍如何监控SCR系统以防氨泄漏和正确运用催化剂,使系统性能最佳化。
3)ammonia leak氨气泄漏
1.The emergency decision of ammonia leak is quite complicated.氨气泄漏事故的应急决策是一个复杂过程,该过程受到技术、经济、环境以及风险等许多因素的影响,不同专家决策者对应急方案有明显的偏好,且各专家对各属性的权重取值不完全确定。
4)Liquid leakage液体泄漏
5)liquefied chlorine leak液氯泄漏
1.Quantitative risk assessment on liquefied chlorine leak by accident scenarios analysis;基于事故情景分析的液氯泄漏定量风险评价
6)liquid leaking泄漏液体
1.Design and implementation of online liquid leaking excluder device for submersible pump;潜水泵泄漏液体在线排除装置的设计与开发
延伸阅读
液氨处理 用液态氨对棉纺织物进行处理，可改善其光泽和服用性能。棉纤维浸渍液氨后，氨的分子较小能很快扩散进入纤维内部,拆散纤维分子间的氢键,并与纤维发生氢键结合而使纤维溶胀。经加热或水洗将氨从纺织物上除去后，纤维分子间在新的位置上重新发生氢键结合。棉纺织物经液氨处理可减少缩水，增加回弹性、断裂强度和吸湿性。经液氨处理的棉纱、线主要作为缝纫和针织用线，缝制的针织物成圈结构均匀，有良好的尺寸稳定性。液氨处理的主要过程，是将织物进行预烘，去除水分，待充分冷却后，在张力下送入反应室浸轧液氨。反应室保持较小的负压以防氨气外逸。纤维与氨经过短时间反应后，再经过2～3只烘筒，在毛毯紧压下用干热法使液氨气化，便可将90～95％的氨从织物上除去。然后将织物送入有密封进、出口的汽蒸室，用蒸汽强烈喷射除去吸附在纤维上的氨。出汽蒸室的密封口后，再用烘筒去除织物上的水分和残余氨。在工艺过程中从织物上所除去的氨，可以由专用设备回收重复使用。棉织物经液氨处理后，再进行防皱整理，可取得良好的防皱效果和机械性能。
