zl104

The Variety of Gases Content in the Alloy ZL104 ′ in Melting Process and Its Effect

ZL104合金中的含气量在熔炼过程中的变化及其影响

Effects of Strain Rate and Relative Density on Compressive Properties of SiCp / ZL104 Composite Foams

应变率和相对密度对泡沫SiCp/ZL104压缩性能的影响

Damping properties of SiC_P / ZL104 composite foams

SiCP/ZL104泡沫复合材料的阻尼性能

Pores and high density dislocations in SiCP / ZL104 composite foams contribute to their damping properties .

SiCP/ZL104泡沫复合材料内部的气泡以及高密度位错对其阻尼性能的提高起主要作用。

Electromagnetic field can effectively refine the microstructure of the components , significantly improving the mechanical properties of the ZL104 alloy components in low pressure casting .

在电磁场作用下ZL104合金铸件的金相组织细化、力学性能有显著提高。

The damping properties and damping mechanism were investigated for SiCP / ZL104 composite foams , fabricated by the method of direct melt foaming .

对采用熔体直接发泡法制备的SiCP/ZL104泡沫复合材料进行了阻尼性能和机理的分析。

The two experiments in which the aluminium alloy ( ZL104 ) was treated with rare earth and its combination with degasifier are reported .

本文介绍使用单一稀土和稀土与去气剂混合物对铅合金（ZL104）处理的两种试验，测定其对铝合金的气孔率、金相组织、铸造性能和机械性能的影响程度。

In this paper , the internal friction of foamed Al-Si alloy ( ZL104 ) in different bending modes was investigated , for getting the characteristics of the internal friction of foamed metal in different boundary conditions .

为了获得不同边界条件下泡沫金属的内耗特征，通过采用动态机械分析仪在不同弯曲模式下对泡沫铝硅合金的内耗进行实验研究。