1) reciprocating spray deposition
往复式喷射沉积
1.
Closed loop control of spray height in tubular preparation with reciprocating spray deposition process;
往复式喷射沉积管坯制备中喷射高度的闭环控制
2) reciprocating spray forming
往复式喷射成形
1.
Deposition behavior and movement parameters optimization for reciprocating spray forming tubular;
往复式喷射成形管坯沉积特性及运动参数优化
3) spray deposition
喷射沉积
1.
Application of spray deposition technology in aluminum-silicon electronic;
喷射沉积技术在Al-Si电子封装材料中的应用
2.
Numerical simulation for preparing φ520/φ460 mm pipe of spray deposition heat-resistant alunimun alloy;
非致密喷射沉积耐热铝合金锭坯制备φ520/φ460mm管材过程数值模拟
3.
Microstructure and corrosion resistance of spray deposition ZA35 Alloy;
喷射沉积ZA35合金组织与耐蚀性
4) spray-deposition
喷射沉积
1.
5Cu-1Mg-1V alloy was prepared by spray-deposition technology,a kind of rapid solidification.
采用喷射沉积快速凝固技术制备了Al-17Si-5Fe-2Mn-2Ni-3。
2.
5Cu-1Mg-1V alloy was prepared by spray-deposition technology.
针对快速凝固技术可以有效地改变高硅铝合金中初晶硅的形态和尺寸,显著改善合金的使用性能的特点,采用喷射沉积快速凝固技术制备了Al-17Si-5Fe-2Mn-2Ni-3。
3.
As an advanced materials preparation technology,spray-deposition has shown remarkable superiority in producing large-sized alloys and metal matrix composites.
坩埚移动式喷射沉积技术作为一种先进的材料制备新技术,在制备大尺寸合金及金属基复合材料方面具有显著的优越性。
5) Spraying Deposition
喷射沉积
1.
Microstructure of Spraying Deposition Forming Zn-Al Alloy;
喷射沉积锌铝合金原始沉积坯组织形貌研究
2.
The rough blank of Si-Al alloy is prepared by self-made spraying deposition apparatus, the texture of rough blank and the structure evolution after solid solution treatment are analyzed, and the properties for stretching, abrasion and surface-hardness are determined.
用自行研制的喷射装置制备硅铝合金坯体 ,分析喷射沉积坯体的组织结构及固溶处理后的组织变化 ,测试对热挤压后坯件拉伸、表面硬度、耐磨等性能。
3.
Silver thick film conductor was fabricated directly on ceramic substrate by micro-atomization(Microjet) spraying deposition.
采用微细雾化喷射沉积直写的方法在陶瓷基板上制备银厚膜导体。
6) spray forming
喷射沉积
1.
Factors influencing spray forming and control of getting the needed deposition;
喷射沉积的影响因素及沉积体性能控制
2.
Therefore,some specia l processing techniques such as rapid solidification,spray forming have been developed due to grain refinement to improve the poor workability.
采用快速凝固、喷射沉积技术制备镁合金,可细化合金的晶粒,改善其变形能力,是获得高性能镁合金材料的最佳选择。
3.
Developments in spray forming and applications of precious metals are summarized.
综述了喷射沉积技术的发展及贵金属材料的应用。
补充资料：往复式真空泵
分子式：
CAS号：
性质：利用活塞往复运动抽吸气体以获得真空的泵。其构造和原理基本与往复式压缩机相同。但真空泵的压缩比很高，所抽吸气体的压强很小，故真空泵的余隙容积必须更小，排出和吸入阀必须更加轻巧灵活。为减小余隙的不利影响，气缸设有连通活塞左右两端的平衡气道。进气阀和排气阀多采用滑阀结构，而不用弹簧阀。一般采用干式操作。如气体中含有大量蒸汽，必须把蒸汽冷凝除掉之后再进入泵内，以获得高真空度。
CAS号：
性质：利用活塞往复运动抽吸气体以获得真空的泵。其构造和原理基本与往复式压缩机相同。但真空泵的压缩比很高，所抽吸气体的压强很小，故真空泵的余隙容积必须更小，排出和吸入阀必须更加轻巧灵活。为减小余隙的不利影响，气缸设有连通活塞左右两端的平衡气道。进气阀和排气阀多采用滑阀结构，而不用弹簧阀。一般采用干式操作。如气体中含有大量蒸汽，必须把蒸汽冷凝除掉之后再进入泵内，以获得高真空度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条