1) Selective laser sintering
选域激光烧结
1.
Selective laser sintering(SLS) is a new formi ng technology,which can fabricate any complicated physical parts directly from thermoplastic powder without mold.
选域激光烧结(SLS)是一种新型的成型技术,可以直接将热塑性塑料粉末制成任何复杂形状的实物,而不需要模具。
2) SLS(Selected Laser Sintering)
SLS(选域激光烧结)
3) Selected Laser Sintering (SLS)
选域激光烧结(SLS)
4) selective laser sintering
选择性激光烧结
1.
The influence of properites of powder on selective laser sintering;
粉末材料的物理性能对选择性激光烧结的影响
2.
Fabrication of alloy parts by composite powders via selective laser sintering;
选择性激光烧结复合粉末法制造合金零件
3.
Fabrication of mandibula replica with the data of three-dimensional reconstruction of human mandibula with rapid prototyping by selective laser sintering;
应用选择性激光烧结快速成形方法复制下颌骨三维实体模型
5) SLS
激光选区烧结
1.
Investigation on powder paving process of SLS;
激光选区烧结中铺粉过程分析
2.
This process includes follow ing steps:firstly, the solid model of the shell mould for investment casting is reversely deduced from the solid model of the casting, and then applying SLS directly to sinter resin coated sand for forming the shell mould.
以轮形铸件为例,研究基于激光选区烧结(Selective Laser Sintering,SLS)技术直接烧结覆膜树脂砂铸造壳型的新工艺。
3.
The advantages and disadvantages of simplifying the mould structure, and the molding condition and contraction rate of the successive SLS three times are discussed.
并就简化模具结构设计的优缺点与前后三次激光选区烧结(SLS)的成型工艺条件和收缩率进行了探讨,提出了SLS技术的现状、发展趋势与方向。
6) Selective laser sintering(SLS)
激光选区烧结
1.
According to the characteristics of selective laser sintering(SLS),a finite element model for analyzing the stress field in SLS process of a multi-component metal powder system was established by using an indirect thermal-mechanical coupling method.
根据金属粉末激光选区烧结的特点,采用ANSYS有限元软件中的间接热力耦合方法,建立了多组元金属粉末激光选区烧结应力场分析模型。
补充资料：激光烧结
分子式：
CAS号：
性质： 以激光为热源对粉末压坯进行烧结的技术。对常规烧结炉不易完成的烧结材料。此技术有独特的优点。由于激光光束集中和穿透能力小，适于对小面积、薄片制品的烧结。易于将不同于基体成分的粉末或薄片压坯烧结在一起。利用激光可实现高熔点金属和陶瓷的黏结。
CAS号：
性质： 以激光为热源对粉末压坯进行烧结的技术。对常规烧结炉不易完成的烧结材料。此技术有独特的优点。由于激光光束集中和穿透能力小，适于对小面积、薄片制品的烧结。易于将不同于基体成分的粉末或薄片压坯烧结在一起。利用激光可实现高熔点金属和陶瓷的黏结。
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