β黄铜,βbrass英语短句,例句大全

β黄铜,βbrass
1)βbrassβ黄铜
1.Similarly to steels,in the isothermally treatedβbrasses,the plate-likeα_1 (bainite) and rod-likeαhave all themselves C curves.与钢相似,β黄铜等温处理获得的片状α_1(贝氏体)和棒状α都具有自己的C曲线;各转变初期均能获单一相,而转变中、后期通常可获相邻两相的复合体。

英文短句/例句

1.Alpha Brasses contain less than 40% zinc; Beta Brasses (40-45% zinc) are less ductile than alpha Brasses But stronger.α黄铜的含锌量低于40%,β黄铜含锌较多(40～45%)可锻性较α黄铜差,但强度大。
2.Microstructures and Froperties of A1 Mn β-Brass after Superplastic Forming铝锰β—黄铜超塑性成形后的组织和性能
3.To make of or decorate with brass.用黄铜制或用黄铜装饰
4.fool's gold【矿】黄铁矿, 黄铜矿
5.The fusion of copper and zinc make the metal brass铜和锌的熔化制成黄铜
6.The fusion of copper and zinc makes the metal brass.铜和锌的熔化制成黄铜。
7.Copper and zinc are fused to make brass.铜与锌熔合成黄铜。
8.Brass is an alloy of copper and zinc.黄铜是铜和锌的合金。
9.clean [polish, do] the brass(es)擦拭 [擦亮] 黄铜器
10.Two widely used alloys of copper are brass and bronze.黄铜和青铜是两种广泛使用的铜合金。
11.Copper, zinc, lead, aluminium, bronze and brass are nonferrous metals or alloys.铜、、、、铜和黄铜都是有色金属或合金。
12.Articles made from brass.黄铜制品用黄铜制作的物品
13.Of a moderate yellowish to olive brown.青铜色的，古铜色的中等黄到黄褐色的
14.Structural Chemistry of Copper, Cobalt and Nickel Complexes with β-ketoxime and β-hydrazono-oxime Ligands;铜、钴、镍的β-酮肟和β-腙肟配合物的结构化学
15.Study and Application of the Chromogenic Reaction System of Cu-MTB in the Present of CTMAB,β-CD;铜-MTB-CTMAB-β-CD显色体系的研究应用
16.What bronze uses is not brass,but red copper and the alloy of plumbum and stannic.青铜所用的不是黄铜，是红铜和铅、锡的合金。
17.373 Copper, zinc, lead, aluminium, bronze and brass are nonferrous metals or alloys.铜、锌、铅、铝、青铜和黄铜都是有色金属或合金。
18.brass bolts and nuts with round head黄铜圆头螺栓和螺母

相关短句/例句

beta-brassβ-黄铜[冶]
3)alpha-beta brassα-β黄铜
4)Deltoid[英]['delt?id][美]['d?lt??d]德尔托伊德α-β黄铜
5)brass[英][brɑ:s][美][br?s]黄铜
1.Defect analysis of centrifugal casting brass cage and preventive measures;离心铸造黄铜的缺陷分析及预防措施
2.Inhibition Action of the Self-Assembled Monolayers of 3-Amino-1,2,4-triazole on Brass;3-氨基-1,2,4-三氮唑自组装膜对黄铜的缓蚀作用
6)brass/W-Cu黄铜/钨铜
1.The composition and microstructure of brass/W-Cu FGM′s interface zone were analyzed.对用熔铸-扩散法制备的黄铜/钨铜功能梯度材料进行了研究,对界面区域的元素成分分布和微观组织结构进行了分析,对界面区域的电导率、结合强度及抗脉冲大电流损伤性能进行了测试。