化纤厂的英文

• chemical fibre factory

• "化纤"英文翻译    chemical fiber
• "厂"英文翻译    factory; mill; plant; works
• "石油化纤厂" 英文翻译 :    petro chemical fiber plant; petro-chemical fiber plant
• "印尼化纤厂" 英文翻译 :    pt inti indorayon utama
• "福建厦门化纤厂" 英文翻译 :    fujian xiamen chemical fibre mill
• "化纤厂混和纤维" 英文翻译 :    producer-blended fibre
• "化纤厂捻回弹力丝" 英文翻译 :    producer-torque yarn
• "化纤厂加工的变形丝" 英文翻译 :    pty
• "化纤" 英文翻译 :    [简] (化学纤维) chemical fiber
• "化纤包" 英文翻译 :    synthetic bag
• "化纤泵" 英文翻译 :    chemical fibre pump
• "化纤布" 英文翻译 :    chemical fabric
• "化纤衬" 英文翻译 :    chemical fibre interlining; horsehair interlining
• "化纤纱" 英文翻译 :    chemical fibre yarn
• "化纤纸" 英文翻译 :    artifical fibre paper
• "不熔化纤维" 英文翻译 :    oxidized yarn stabilized yarn
• "差别化纤维" 英文翻译 :    differential fiber; differential fibre
• "单层化纤袋" 英文翻译 :    single chemical fibre bag
• "钙化纤维瘤" 英文翻译 :    calcifying fibroma
• "骨化纤维瘤" 英文翻译 :    ossifying fibroma of bone; osteofibroma
• "黑化纤维" 英文翻译 :    blackened fibre
• "化工化纤" 英文翻译 :    chemical engineer
• "化纤报道" 英文翻译 :    chemical fibres service
• "化纤部分" 英文翻译 :    textile terms and terminology
• "化纤长丝" 英文翻译 :    machinery for the production of man-made filaments and fibres and for filaments treatment

• Liyu zhu , zhenxiao liu , senya lu , yantai shu , “ application of dcs in lhcf plant ” , automation and instrumentation , vol . 13 , no . 5 , may , 1998
  朱立禹，刘振肖，陆森亚，舒炎泰， “ dcs在兰化化纤厂的应用， ”自动化与仪表，第13卷，第5期， 1998年5月。
• According to the characteristic high energy consumption of heating ventilation air condition in chemical fiber plant , the paper has raised the correspondent methods to reclaim and utilize steam condensation water to decrease the energy consumption
  结合化纤厂大量冷凝水未回收的实际，按照由易到难的原则，提出了相应的回收方案，并进行实施，取得明显经济效益。
• The application examples of membrane technology in treating waste - water coming from the process of plating , protein separation from soybean , air - conditioning cooling water from synthetic fibre factories and the waste - water from iodine extraction from kelp are introduced
  摘要介绍了膜技术在电镀废水、大豆分离蛋白废水、化纤厂空调冷却水、海带提碘废水处理的应用实例。
• When bamboo is processed according to the hydrolyzed alkali method and bleached repeatedly , it becomes the bamboo plasma , which is further processed into bamboo fiber . this thread contains no additives and is natural and ecological in the real sense
  经水解碱法及多次漂白精制而成竹浆粕，再由化纤厂加工制成竹制纤维，不含化学添加剂，是一种真正意义上的纯天然绿色环保纤维。
• In this paper , to development the automated packing line of the tianjin petrochemical company chemical fibre factory . the problems in the development of a process monitoring system are discussed with the real - time data access being emphasized . such opc technology is applied to develop a process monitoring control system in enterprise of petrochemical business
  本文就天津石化公司化纤厂的自动化包装生产线的开发项目，论述了过程监测系统开发面临的一般性问题，强调了实时数据通信问题的重要性，介绍了opc技术在石化行业集中监测控制系统开发中的应用。
• According to the characteristic high energy consumption of heating ventlating and air conditioning in chemical fibre plant , the paper figured out the reasons of the high energy consumption and raised the correspondent methods to decrease the energy consumption by analyzing the problems exist in the heating , refrigerating , cooling water cycling , air conditioning systems
  摘要根据化纤厂暖通空调是能耗大户的特点，从热力系统、制冷系统、水系统、空调系统等方面进行分析，总结出耗能原因，并提出相应的节能措施。
• Based on the strategy of management and development in modern enterprises , adopting methods of combination of theory and practice , investigation and study in addition to statistical analysis and prediction . the author in this article indicates opportunities and risks , advantages and disadvantages after carefully studying and analysis for internal and external environment of ycff ( yingkou chemical fiber factory ) quality control management system . the author also gives a design of new quality control management system , implementation and development strategy for ycff to improve product quality after performing positional analysis for existing products with life period and boston matrix theory
  本文遵循现代企业管理及企业发展战略思想，采用理论联系实际、调查研究、统计数学分析和预测的方法，通过对营口化学纤维厂质量管理系统的内外部环境进行认真的分析和研究，明确营口化纤厂所面临的机会和威胁，以及自身质量管理系统所具有的优势和劣势；应用产品生命周期对现有产品进行定位分析后，结合企业现状，设计出新的质量管理系统并有效实施，全面提高产品质量。