1) continuously discharging pond
连续出水塘
1.
Water body purification tests were carried out in this area, and two modes of test were adopted: the fully retained pond and the continuously discharging pond.
试验是在不同的出水停留时间下,采用完全储存塘和连续出水塘两种状态进行。
2) continnation of outlet water
连续出水
3) continuous flow
连续进出水
1.
Based on the research of continuous flow-intermittent aeration process,dynamic models and corresponding parameters on the nitrification of NH 3—N and the denitrification of NO - 3—N were determined by dynamics inference.
在完全混合式曝气池进行连续进出水间歇曝气工艺的生产性试验研究所得数据的基础上 ,通过动力学推导建立了未作稳态假设的硝化与反硝化动力学模型 ,并推导了有关的参数 。
2.
Based on the research into continuous flow-intermittent aeration process,dynamic models and corresponding coefficients on the degradation of COD were determined by dynamics inference.
在完全混合式曝气池进行连续进出水间歇曝气工艺的生产性试验研究取得的数据基础上,通过动力学推导建立了未作稳态假设的有机物降解动力学模型,并推导了有关的参数。
4) reservoir outfeed flow
水塘出水量
5) oxidation pond water
氧化塘出水
1.
Determination of di(2-ethyl hexyl) adipate in oxidation pond water by GC/Mass;
气相色谱/质谱联用测定氧化塘出水中己二酸二(2-乙基己基)酯
6) continuous extrusion
连续挤出
1.
In this paper,some manufacture methods of microcellular foam plastics including the polymerization of monomers,phase separation,percipitation with a compressed fluid antisolvent,batch microcellular foaming,continuous extrusion,injection molding are introduced respectively.
介绍了微孔塑料的几种制备方法,包括单体聚合法、(热引导)相分离法、压缩流体反溶剂沉淀法、间歇成型法、连续挤出法和注射成型法,分析并比较了各种制备方法的特点及应用,展望了微孔塑料光明的发展前景。
2.
Punching plunger extrusion is a novel continuous extrusion molding technology, which provided higher processing capacity, better appearance and quality of the extrudate, compared with single-screw extrusion.
超高相对分子质量聚乙烯(PE-UHMW)管材连续挤出成型法有压制-烧结、柱塞推压、单螺杆挤出、双螺杆挤出和柱塞冲压挤出等几种,其中柱塞冲压挤出成型法是新开发的一种PE-UHMW管材连续挤出成型技术,该技术的突出优点表现在:能加工任意相对分子质量的PE-UHMW树脂,加工能力强;能实现连续挤出,生产效率不低于单螺杆挤出法,而制品的表面质量、力学性能(如耐磨性)则优于单螺杆挤出法;完全正位移输送机理,温度控制简单可靠(控温段只有三个),因此加工过程中的降解程度较小,能很好地保持原料固有的优良性能;主机结构简单,能耗低 (约为螺杆挤出法的30％-50％),生产线造价便宜。
3.
The influencing factors and technical problems of continuous extrusion of microcellular plastic foams are explained.
阐述了塑料微孔发泡连续挤出成型中的众多技术难点和影响因素。
补充资料：连续浸出
连续浸出
continuous leaching
1 ianxu Jinehu连续浸出(eontinuous leaehing)物料连续不断地、均匀地流进和流出浸出糟的浸出方法。与间歇浸出相比，连续浸出具有生产能力大、自动化程度高、动力消耗少、厂房占地面积小等优点，适用于现代化大规模生产。浸出液与矿浆的流动方式可为同向的顺(并)流或反向的逆流。根据物料流经槽子数的多少，分为一段连续浸出和多段连续浸出;根据操作的压力，有常压连续浸出和加压连续浸出。金属的浸出率在很大程度上取决于物料在槽内的平均停留时间，平均停留时间可由浸出槽的总有效容积除以矿浆通过槽子的流速求得。为保证物料在槽内有足够的停留时间，通常采用多段逆流浸出，避免部分物料的实际停留时间偏离平均停留时间太大。串联的槽子数少则3一5个，多则8一12个。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条