脱水时间的英文

• dewatering time

• "脱水"英文翻译    deprivation of body fluids; ...
• "时间"英文翻译    time; hour
• "充水时间" 英文翻译 :    filling time; time of filling
• "抽水时间" 英文翻译 :    pumping duration; time of pumping
• "出水时间" 英文翻译 :    reached surface time
• "灌水时间" 英文翻译 :    irrigation period; time of irrigation
• "集水时间" 英文翻译 :    collection time
• "见水时间" 英文翻译 :    water breakthrough time
• "滤水时间" 英文翻译 :    drainage time
• "满库水时间" 英文翻译 :    period of reservior with full water
• "排水时间" 英文翻译 :    water discharge time
• "入水时间" 英文翻译 :    time of entering the water
• "疏水时间" 英文翻译 :    drain time
• "退水时间" 英文翻译 :    recession time; time of fall; time of recession
• "析水时间" 英文翻译 :    drain time
• "泄水时间" 英文翻译 :    emptying valve; time of emptying
• "注水时间" 英文翻译 :    time of filling; topping up time
• "船闸输水时间" 英文翻译 :    filling and emptying time of lock
• "等效注水时间" 英文翻译 :    equivalent injection time
• "地面集水时间" 英文翻译 :    inlet time; time of flow
• "泡沫析水时间" 英文翻译 :    foam drainage time
• "喷水时间延迟试验" 英文翻译 :    discharge time delay test
• "输水时间曲线图" 英文翻译 :    histograph
• "总潜水时间极限" 英文翻译 :    overall diver time limit
• "泡沫析水时间 从泡沫中析出水分的时间" 英文翻译 :    foam drainage time

• If use hand requlation can be arbitranily choose the washing period ; washing time ; and dewatering time
  设备有自动、手动任意切换，任意选择洗涤周期，清洗次数，脱水时间等优点。
• If use hand requlation can be arbitrarily choose the washing period ; washing time ; and dewatering time
  设备有自动、手动转换装置。手动控制通过操作按钮可任意选择洗涤周期，清洗次数、脱水时间等优点。
• The new technique not only can produce high - quality soybean phospholipid concentrate , but also shorten the drying time by more than 50 %
  新工艺较传统工艺不仅提高了磷脂产品质量，还使脱水时间降低一半以上。
• This product contains concentrated cation , lt can neutralialize residual alkali left in clothes , lessen adhere of the fabrics , relieve static electricity of fabrics and save up dehydration and drying time
  这是一种含有浓缩阳离子的织物柔软剂，在整个脱水过程中，中和剩余在织物里的游离碱酸使织物去除静电，使其柔顺易整理，并能节省脱水时间，干燥时间，以及减少织物互相粘着。
• Abstract : yanchang series is a typical low permeability reservoir , and its favourable sandstone reservoir is delta facies . heavy compaction , cementation and heterogeneity exist in it . according to the analysis of the main control factors of forming the secondary pore , it is held that the secondary pore in longdong area is controlled by both favorable facies belt and abnormal formation pressure . it is also held that the formation of the abnormal formation pressure is due to the dewatering of the clay mineral during diagenesis because the dewatering time is identical with the decarboxylation time of organism . organic acid and co2 are driven to adjacent favorable reservoirs under the abnormal formation pressure , and a lot of secondary pore is produced in the runners . from the present exploration result , it is useful to predicting the development of secondary pore to study the distribution of abnormal formation pressure
  文摘:陕甘宁盆地三叠系延长统是国内外典型的低渗特低渗油田，储集层主要为三角洲砂体，压实作用和胶结作用强烈，储层非均质性非常严重，因此预测次生孔隙发育带是寻找油气聚集带的关键.通过对陕甘宁盆地陇东地区延长统次生孔隙形成的主控因素分析，认为陕甘宁盆地延长统次生孔隙的形成除了受沉积有利相带控制外，还与地层异常压力的作用密切相关.研究认为陇东地区异常压力的形成机理主要由于成岩过程中粘土矿物脱水作用.粘土矿物大量脱水时间正好与有机质脱羧期相一致，从而在异常压力作用下将生油岩中的大量有机酸及co2带到与之相邻的储集层中，并沿着有利储集相带运移，在酸性水经过的地方形成大量的次生孔隙，为后期油气运聚提供有利通道及宿住空间，从现今的勘探结果来看，通过研究地层异常压力纵横向分布特征，并结合有利相带研究预测次生孔隙育良带是行之有效的方法
• The dehydration time is square of the droplets diameter so the small diameters of the droplets can cut down the drying time then reduce the height of the drying chamber . to the combined spin - flow pressure spray drying , the diameters of droplets are small and the dehydration rate is higher so keeping the qualities of the dried products we can increase the speed of the inlet wind and reduce the temperature of the outlet wind thus can improve the evaporation intensity of the drying chamber and the average energy utilization of the drying equipment
  因雾滴的脱水时间与其直径的平方成正比，减小液滴直径有利于缩短干燥脱水时间，可有效降低干燥塔的高度；由于旋流式组合压力喷嘴雾化滴径的减小，脱水速度明显加快，在不影响干燥物料性质的前提下，适当提高进风温度，同时有效地降低排气温度，有利于提高干燥塔的蒸发强度，也有利于提高干燥设备的平均能源利用率。
• Yanchang series is a typical low permeability reservoir , and its favourable sandstone reservoir is delta facies . heavy compaction , cementation and heterogeneity exist in it . according to the analysis of the main control factors of forming the secondary pore , it is held that the secondary pore in longdong area is controlled by both favorable facies belt and abnormal formation pressure . it is also held that the formation of the abnormal formation pressure is due to the dewatering of the clay mineral during diagenesis because the dewatering time is identical with the decarboxylation time of organism . organic acid and co2 are driven to adjacent favorable reservoirs under the abnormal formation pressure , and a lot of secondary pore is produced in the runners . from the present exploration result , it is useful to predicting the development of secondary pore to study the distribution of abnormal formation pressure
  陕甘宁盆地三叠系延长统是国内外典型的低渗特低渗油田，储集层主要为三角洲砂体，压实作用和胶结作用强烈，储层非均质性非常严重，因此预测次生孔隙发育带是寻找油气聚集带的关键.通过对陕甘宁盆地陇东地区延长统次生孔隙形成的主控因素分析，认为陕甘宁盆地延长统次生孔隙的形成除了受沉积有利相带控制外，还与地层异常压力的作用密切相关.研究认为陇东地区异常压力的形成机理主要由于成岩过程中粘土矿物脱水作用.粘土矿物大量脱水时间正好与有机质脱羧期相一致，从而在异常压力作用下将生油岩中的大量有机酸及co2带到与之相邻的储集层中，并沿着有利储集相带运移，在酸性水经过的地方形成大量的次生孔隙，为后期油气运聚提供有利通道及宿住空间，从现今的勘探结果来看，通过研究地层异常压力纵横向分布特征，并结合有利相带研究预测次生孔隙育良带是行之有效的方法
• The flow diagram of a lpg bottle paint - drying heating system using heat carrier as heat - medium , which has similar properties as other heat - carrier heating systems , has been improved , which has good effect in avoiding oil - spraying , shortening dehydration time and power - fail protecting etc . after making a series of analysis , calculational methods of expansion tank dimension have been deduced , which takes the moisture boiling - off of heat carrier into account and accords with real conditions
  对与其它热载体加热系统具有共性的钢瓶热载体加热系统的流程图进行了改进和完善，在防止喷油、缩短脱水时间和停电保护等方面取得了良好效果。通过分析，整理出了热载体加热系统膨胀器容积的计算方法，该方法考虑了热载体所含水分汽化而带来的影响，比原有的计算方法更加符合实际。
• Abstract : the fuzzy control technology in fuzzy control roller washing machine is introduced . the water level , water stream , washing time , rinse times and dehydration time can be determined according to clothes weight , temperature and turbid . the automation of washing clothes is realized through the application of fuzzy control technology
  文摘:介绍了模糊控制全自动滚筒洗衣机的模糊控制技术：通过传感器检测被洗衣物的布量、洗涤液的浑浊度和温度，利用模糊推理的方法自动确定水位高低、水流强度、洗涤时间、漂洗次数和脱水时间.模糊控制技术的应用实现了衣物洗涤过程的全自动化，具有一定的智能功能