本试验研究的滴渗法涂药工艺为设施农业提供了低污染技术，并提出了含除草剂非织造布的生产和使用技术规范。
The test research on dropping penetration process provides low pollution technology for agricultural facilities and points the production and application method of anti weed nonwovens.
对先进燃烧检测和控制技术进行研究是实现电站燃煤锅炉稳定、高效、低污染燃烧的重要途径之一。
Advanced combustion monitor and control technology can realize the high stability, high efficiency and low pollution of combustion process in the coal-fired boiler.
为解决这一问题，2000年以来开展了低污染调剖配套技术研究及现场应用。
For resolving this problem, since 2000 year, the research of low pollution profile control matching technology and field applications have been done.
本文介绍了低能耗低污染铝合金熔炼炉的设计指导思想、设计方案及主要的设计技术参数。
The design idea and plan of smelting aluminium-alloy furnace of low energy consumption and low environment pollution are introduced in this paper.
高温空气燃烧技术是一项新型的高效低污染燃烧技术，具有节约燃料、提高热应用率、降低NOX排放和减少设备尺寸的特点。
High temperature air combustion (HTAC) is a new combustion technology, which can save fuel, enhance the heat efficiency, decrease emission of NOX and reduce the size of equipment.
采用该项技术后提高了炉温，燃料消耗降低20%以上，减少废气排放量，降低污染。
It increases the temperature and fuel consume reduces at above 20%, accordingly decreases exhaust emission and circumstance pollution.
这项技术最大的优点是低污染和低损耗率。
The greatest advantages of this technique are lower pollution and low electrode wear ratio.
分析了高温空气燃烧技术的高效低污染特性。
The high efficiency and low pollution characteristics of high temperature air combustion were analyzed too.
旋转冲压发动机是一种全新概念发动机，采用激波增压和驻涡燃烧技术，其显著的高效、低污染特性引起越来越多人关注。
The rotating ramjet is a new conceptive engine based on the ram-compressed technology without any blade or piston but only a ram-compressed rotor is used as its moving core component.
放缓的技术进步必须超过总产出的增长，以降低污染和改善环境。
Technological progress in abatement must exceed growth in aggregate output inorder for pollution to fall and the environment to improve.
高温空气燃烧技术作为一种全新型燃烧技术，具有大幅度节能和降低污染物排放等优点。
High temperature air combustion technology, as a new combustion technology, has many advantages such as significant energy saving and pollutants reduction.
阐述了21世纪前期将可能实现工业化的新技术、新工艺以及具有高收率，高能源利用率，低污染辐射率和较好经济效益的新一代炼油厂构型。
Some new concepts and ideas will be put into practice, and the new refinery configuration with high total yield, high energy utilization, much lower emission and better economic profit will emerge.
阐述了21世纪前期将可能实现工业化的新技术、新工艺以及具有高收率，高能源利用率，低污染辐射率和较好经济效益的新一代炼油厂构型。
Some new concepts and ideas will be put into practice, and the new refinery configuration with high total yield, high energy utilization, much lower emission and better economic profit will emerge.
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