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1)  power consumption of oxygen making
制氧电耗
2)  Unit consumption for oxygen production
制氧单耗
3)  electric loss of pulverizing
制粉电耗
1.
The main factors of influence on high electric loss of pulverizing are summarized,the causes are analyzed through the tests of steel ball match ratio of mills and aeration quantity of pulverizing system,the main problems of pulverizing system are pointed out,the corresponding countermeasures are advanced.
总结影响制粉电耗的主要因素,采用磨煤机钢球配比、制粉系统通风量等试验分析制粉电耗高的原因,指出制粉系统存在的主要问题,并提出相应的解决措施。
4)  exhausting electrolytic oxygen removal
耗尽电解除氧
5)  oxygen consumption
耗氧
1.
The results suggeste that abiotic oxygen consumption of reservoirs at 70℃ is mainly the low-temperature oxidation of crude oil.
采用高压氧化管作为反应器,通过分析反应前后气体组分的变化,探讨了胜利油田某区块原油、注入水和产出水的耗氧情况。
2.
The consumption of dissolved oxygen mainly included bio-consumption, degrading of organic compound and the consumption of sediment, of which the sediment consume above 80 percent of the dissolved oxygen consumption.
结果表明:襄阳护城河水中溶解氧含量的日变化特征是溶解氧的含量随光照强度的增加而逐渐上升;襄阳护城河水中消耗溶解氧的因素包括水生生物呼吸耗氧、有机物降解耗氧和底泥耗氧,其中底泥耗氧是水中溶解氧消耗的主要因素,占水体中溶解氧消耗的80%以上;护城河水体中溶解氧的增加因素包括空气表面复氧、水生植物和藻类的光合放氧,其中藻类光合放氧是水中溶解氧的主要来源,是表面复氧的10倍以上。
3.
By experimental study of Yangzhou ancient canal's silt samples,this paper ob- tains the following results:the relationship between silt oxygen consumption rate and flow ve- locity;the compute model of silt oxygen consumption rate in calm water and silt oxygen con- sumed material releasing rate;the simulation result of the running ship's influence on silt oxy- gen consumption.
通过对扬州市古运河底质样品的实验研究,获得底质耗氧速率与流速的关系,底质静态耗氧速率、底质耗氧物质释放率计算模型,以及模拟船舶行驶影响底质耗氧的实验结果。
6)  Oxygen Consumption
氧耗
1.
Changes in hemodynamics and oxygen consumption in elderly patients undergoing upper abdominal surgery under epidural anesthesia combined with general inhalation anesthesia;
老年人在吸入全麻并硬膜外麻醉下上腹手术期间血流动力学和氧耗变化
2.
The observations of the effects of intraperitoneal CO_2 insufflation on respiration and oxygen consumption by using DATEX Ultima monitor;
应用DATEXUltima监测仪观察CO_2气腹对机体呼吸功能和氧耗的影响
3.
OBJECTIVE The balance between systemic oxygen delivery /oxygen consumption was analysed and correlated to factors and changes during cardiopulmonary bypass.
目的 研究心脏手术时体外循环 (CPB)期间全身氧供 (DO2 )与氧耗 (VO2 )之间的变化和相关因素的分析。
补充资料:注塑机工作原理和电耗
注塑机是一种专用的塑料成型机械,它利用塑料的热塑性,经加热融化后,加以高的压力使其快速流入模腔,经一段时间的保压和冷却,成为各种形状的塑料制品。  1、注塑机的工作循环  1)锁合模:模扳快速接近定模扳(包括慢-快-慢速),且确认无异物存在下,系统转为高压,将模板锁合(保持油缸内压力)。  2)射台前移到位:射台前进到指定位置(喷嘴与模具紧贴)。  3)注塑:可设定螺杆以多段速度,压力和行程,将料筒前端的溶料注入模腔。  4)冷却和保压:按设定多种压力和时间段,保持料筒的压力,同时模腔冷却成型。  5)冷却和预塑:模腔内制品继续冷却,同时液力马达驱动螺杆旋转将塑料粒子前推,螺杆在设定的背压控制下后退,当螺杆后退到预定位置,螺杆停止旋转,注射油缸按设定松退,预料结束。  6)射台后退:预塑结束后,射台后退到指定位置。  7)开模:模扳后退到原位(包括慢-快-慢速)  8)顶出:顶针顶出制品。  2、注塑机的电能消耗  注塑机的电能消耗主要表现在以下几个部分:①液压系统油泵的电能消耗 ,②加热器的电能消耗  ③循环冷却水泵的电能消耗(在注塑车间内,一般多台注塑机共用一台冷却水泵),其中液压油泵电机的用电量占整个注塑机用电量的80%以上,所以降低其耗电量是注塑机节能的关键。
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