1.
The Research of Influence Produced by Beryllium Ions from Dental Restoration Material-Nickel-Chromium Alloys on Subgingival Microbes;
口腔修复材料—镍铬铍合金中铍对龈下微生物影响的研究
2.
Nano-crystalline beryllium-Coppery alloy prepared by melt-spin method and its structural analysis
单辊旋淬法制纳米晶铜铍合金及结构分析
3.
ChloroPhosphonazomA Spectorophotometric Determination of Beryllium in Copper Alloy;
偶氮氯膦-mA光度法测定铜合金中的铍
4.
Microstructure and mechanical properties of powder metallurgy Be/Al alloy
粉末冶金铍铝合金的显微组织和力学性能
5.
The experimental study of the effect of Be on the castability of alloy for porcelain-fused-to-metals
金属元素铍对烤瓷合金铸流率影响的实验研究
6.
Finite element simulation of tensile properties in powder metallurgy Be-Al alloy
粉末冶金铍铝合金拉伸性能的有限元模拟
7.
Copper and copper alloys--Determination of beryllium content
GB/T5121.17-1996铜及铜合金化学分析方法铍量的测定
8.
The Stress Relaxation Property and Structure of Cu－ Be Alloys
铍铜合金抗应力松弛稳定性能及组织的研究
9.
Study on Property of New Electrode Alloy with Low Be Element and No Co Element
新型无钴低铍铜基电阻焊电极合金性能研究
10.
Analysis on Microstructrue and Property of Welded Joint of Cu-Be Alloy C17200 by Pulse Laser Welding
C17200铍铜合金脉冲激光焊接头组织性能分析
11.
Effects of Beryllium on High Temperature Oxidation Behavior of Al-34%Mg Eutectic Alloys
铍对Al-34%Mg共晶合金高温氧化行为的影响
12.
The addition of little Be can further improve the ignition temperature.
加入微量的铍能进一步提高含混合稀土的阻燃镁合金的起燃温度。
13.
Methods for chemical analysis of aluminium and aluminium alloys--The SCR spectrophotometric method for the determination of beryllium content
GB/T6987.22-1987铝及铝合金化学分析方法SCR光度法测定铍量
14.
Effect of Be on the Recrystallization Dynamics and Aging Properties of Aluminum Alloy 7475
铍对工业7475铝合金的再结晶动力学及时效行为的影响
15.
The MN Test Evaluate the Biocompatibility of Self-made Ni-Cr Porcelain Alloy without be;
微核实验评价自制无铍镍铬烤瓷合金的生物相容性
16.
Study on the New-type Be-Cu Material Roller and Its Applied Performances for the High Speed Twin-roll Casting of Aluminum Alloys;
铝合金快速铸轧新型铍铜材料辊套及其应用性能研究
17.
DETERMINATION OF BERYLLIUM AND NICKEL IN MAGNESIUM-BASED ALLOYS WITH GRAPHITE FURNACE ATOMIC ABSORPTION SPECTROMETRY
石墨炉原子吸收光谱法测定镁基合金中的铍和镍
18.
beryllium, chromium, nickel, vanadium and their chemical compounds;
铍、铬、镍、钒及其化合物；