1) Mixed Pregnant
混合孕育
2) Multiple inoculations
复合孕育
1.
The annealing process of multiple inoculations metal-mould malleable cast iron is compared with common inoculation one,the first stage graphitization annealing time is decreased from 45 minutes to 25 minutes,and the second stage graphitization annealing time is shortened from 350 minutes to 80 minutes.
复合孕育金属型可锻铸铁的退火工艺与普通孕育金属型可锻铸铁的相比,第一阶段石墨化退火时间由45min减少至25min;第二阶段石墨化退火时间由5h50min缩短至1h20min。
3) compound inoculants
复合孕育
1.
The effects of several compound inoculants on the mechanical property, processability and sensibility of the gray cast iron used in cylinder body are investigated in this article.
试验结果表明,在复合孕育处理的灰铸铁件中,选择40%稀土孕育剂+60%75硅铁孕育剂复合孕育处理的灰铸铁件抗拉强度可稳定在295MPa左右,且硬度合适并具有良好的品质系数。
2.
Aimed to develop the mechanical properties index, the content of this paper is mainly about boron gray cast iron, which melts with boron pig iron and is inoculated by the SiSr and SiFe compound inoculants.
本文以提高硼灰铸铁性能指标为目的,以含硼生铁为硼添加剂浇铸成硼灰铸铁,选择利用不同配比的SiSr与SiFe对其进行复合孕育处理,得到不同条件下的试样进行试验。
4) composite inoculation
复合孕育
1.
By means of V_(slag) + Ti + Zn,the composite inoculation to the high-Cr white cast iron can be performed.
采用V渣+Ti+Zn对高铬白口铸铁进行复合孕育。
2.
By adjusting contents of both the graphitizing elements and elements of stabilizing system and adopting Si-Mn-Sn composite inoculation instead of Cu-alloying,it was achieved that the free carbide was reduced,pearlite fraction was increased and the mechanical properties were increased.
通过调节石墨化元素和稳定系元素含量,采用Si、Mn、Sn复合孕育方式来代替加Cu合金化,减少游离碳化物的出现,提高珠光体数量,达到提高铸件力学性能的目的。
5) Compound Inoculation
复合孕育
1.
Application and Dynamics Effect of Compound Inoculation for High Manganese Steel;
铸造高锰钢复合孕育的动力学效应和应用
2.
Compound inoculation function and dynamics effect of high-Cr white cast iron;
高铬白口铸铁复合孕育的作用及动力学效应
6) inoculants alloy
孕育合金
补充资料:孕育剂
incubater,inoculant:浇注以前,在一定的条件下向液体合金中加入一定量的促进异质形核的固态物质,以改变铸造合金的凝固过程,改善结晶组织,从而提高铸造合金性能,该固态物质叫孕育剂。
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