1.
In the injection stretch blow moulding process, injection moulding machine is used to make the preform.
注拉吹工艺先用注塑机注出瓶坯。
2.
If the process of injection stretch and blow moulding are performed within one machine, the process is called one-stage.
在一台机内完成注、拉、吹工序的工艺叫一步法。
3.
Research on Cast-in-Place Cantilever Construction Technology of Cable-Stayed Truss Bridge
斜拉桁架桥的悬臂浇注施工工艺研究
4.
dry heat tenter setting
热拉幅定形[工艺]
5.
Developments of top-blown copper converting technology in Houma smelter
侯马冶炼厂铜顶吹吹炼工艺的技术进展
6.
Hydraulical Model on Slag Splashing for BOF
顶吹转炉溅渣工艺水力学模型的研究
7.
Research of Refining Process of 7075Al Alloys by Spinning Rotor Degassing;
7075铝合金旋转喷吹精炼工艺的研究
8.
Practice of 100 Ton Top-bottom Combined Blowing Converters Process at An-Steel
鞍钢100t复吹转炉生产工艺实践
9.
Cold modeling experiment of 100 t LF bottom blowing process optimization and its application
100t LF底吹工艺优化冷态模拟及应用
10.
Lead smelting technology and the development of oxygen bottom blowing melting process
铅冶技术的发展及氧气底吹熔炼工艺
11.
RESEARCH ON THE DEPHOSPHORIZATION OF REFINING PIPELINE STEEL X65 IN COMBINED BLOWING CONVERTER
复吹转炉冶炼X65管线钢脱磷工艺研究
12.
Improved Production Practice of No.6 Blast Furnace Injection Technlolgy of BX STEEL
本钢6号高炉喷吹工艺改进生产实践
13.
120 tons of converter are equivalent to the bottom compound blowing technology in applying
120t转炉顶底复合吹炼工艺技术应用
14.
Blows escapes-Anaerobic Digestion Method to Treat Breeding Farm Wastewater
吹脱-厌氧消化工艺处理养殖场废水
15.
The experiments suggest that both bottom and bottom side argon blowing techniques provide better metallurgical effects than top blowing process, obtaining steel quality satisfactory to continuous casting requirements.
结果表明，底侧吹氩和底吹氩工艺的冶金效果均优于顶吹氩工艺，钢水质量均能满足连铸要求。
16.
Comparative experiments were conducted to investigate the metallurgical, effects of top, bottom side and bottom argon blowing techniques.
为考察顶吹氩、侧吹氩及底吹氩的冶金效果，分别进行了三种吹氩工艺的对比试验。
17.
The disadvantages of injection stretch blow moulding is difficult to add handle and expensive preform mould, which has a long delivery time.
注拉吹的缺点是不易加手柄，注塑模具昂贵，而且交货期长。
18.
ARGUMENTATION OF BLOWING PROCESS PLAN FOR 300kt/a EXPANSION PROJECT IN JINRONG COPPER;
金隆公司300kt/a扩改工程吹炼工艺方案的论证