The disciplines in Xaut has range from machinery, automation, printing engineering and hydropower to business management, humanities, social science and law science.
西安理工大学的学科的范围从机械、自动化、印刷工程和水力水电涵盖到企业管理、人文学科、社会科学和法律科学。
The printing engineering practical teaching center (PEPTC) has been one of teaching features of BIGC for many years, so it's very important to reinforce and improve the establishment of PEPTC.
印刷工程实训中心是北京印刷学院实践教学特色之一，随着学院学科建设和专业建设的深化，加强印刷工程实训中心建设至关重要。
The most important manufacturing industrials are engineering, food, beverages, tobacco, chemicals, paper, printing, publishing, metals, minerals, textiles, clothing, footwear and leather.
机械加工工程，食品，饮料，烟草，化工，造纸，印刷，出版，金属，矿产，纺织，服装，鞋类和皮革。
Also drawings, and printing of plans to eventually create engineering drawings.
图纸，印刷的计划最终创建工程图纸。
Extensive application in the electronics engineering and the information technique realm of silk screen printing, expand the electronics silk screen printing of new net print the market.
丝网印刷在电子工程和信息技术领域被广泛应用，开拓出了电子丝网印刷的新的网印市场。
Especially suitable for engineering construction sites, coal, metallurgy, printing and dyeing, textile and so on irrigation water use.
特别适用于工程建筑工地、煤矿、冶金、印染、纺织等场合排灌污水之用。
Base on the detailed measured data and engineering geological exploration, the characteristics and mechanisms of deformation of the West Scripture Printing Hall have been analyzed.
在进行详细现场调查和工程地质勘察工作的基础上，分析结构破坏的特征和变形力学机制。
The foundation engineering of No. 9 residential building Xinxiang Printing and Dyeing Mill is a typical actual example of the reformed engineering for old city proper.
新乡市染织厂9号住宅楼基础工程，属于一个典型的老城区改造工程实例。
Machinery Category: engineering machinery, packaging and printing machinery, construction machinery, farming and stockbreeding machinery and auxiliary equipment and products.
机械类：工程机械、包装印刷机械、建筑机械、农牧机械及配套设备与产品。
3d printing technology, other rapid prototyping technologies, reverse engineering, surface treatment.
3d打印技术、其他快速成型技术、逆向工程技术、表面处理等。
It is widely in sectors of petroleum, chemical engineering, power, printing and dyeing textile for heating and steaming system, condensation water recycling and over heating steam projects.
该阀广泛用于石油、化工、电力、纺织印染、等行业的各种蒸汽加热设备，蒸汽管网、凝汽管网、凝结水回收工程和低过热蒸汽工程。
This product is widely adopted in such industries as cooling, electronic bulbs, printing, food packaging, medical treatment, instruments, and chemical engineering etc.
本产品广泛用于制冷、电子灯泡行业、 印刷、制冷、食品包装、医疗、仪器化工等行业。
The treatment and recovering technology of the wastewater from wax printing production has been studied with physicochemical methods and applied to the practical engineering.
采用物理、化学方法，研究了蜡染印花生产废水的处理工艺并应用于废水治理工程中。
The plasma surface engineering technology as a new processing of preparation of wearable layer of gravure printing can as a substitute for plating was pointed out.
指出了等离子体表面技术可以作为替代电镀制备凹印版材的耐磨层的新工艺。
Widely used in petrochemical, printing and dyeing, food, electricity, pharmaceutical, metallurgy, water supply and drainage systems, municipal engineering and other industries.
广泛用于石油化工、印染、食品、电力、制药、冶金、给排水系统、市政工程等行业。
Products are widely used in plastics, ruber, paint, printing ink, paint, cosmetics, art and other fields, One of high temperature engineering plastics are widely used in paint, by SGS, ROHS standard.
产品被广泛应用于塑料、橡胶、油漆、油墨、喷涂、化装品、美术等领域，其中耐高温颜料被广泛应用于工程塑料，通过SGS、ROHS检测标准。
They are widely applied in printing ink, adhesive, engineering plastic, modification rubber and electrical insulating components.
广泛用于油墨、胶粘剂、工程塑料、改性橡胶、电器绝缘件 中。
The printing and dyeing wastewater was treated by a pulse cyclic fluidized bed(CFB) composite process with engineering scale of 5000m3/d.
采用脉冲循环流化床与物化沉淀池的组合工艺对某公司的印染废水进行了处理。
The printing and dyeing wastewater was treated by a pulse cyclic fluidized bed(CFB) composite process with engineering scale of 5000m3/d.
采用脉冲循环流化床与物化沉淀池的组合工艺对某公司的印染废水进行了处理。
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