1.
Doing a lot of experiments, we have developed a new antimony bronze which possesses better property than tin bronze and hence is an exellent substitute.
经过大量试验，研制出具有良好综合性能的新型锑青铜材料，是目前替代锡青铜材料的理想材料。
2.
Yokesleeves– furnished in416 stainless steel or aluminum-bronze.
(9) 轭架套管-配置416不锈钢或铝青铜材料。
3.
Failure Mechanism of Small Sleeve of Blast-furnace Tuyere and Discussion of Changing to Use Be-bronze
高炉风口小套破坏机理和改用铍青铜材料的探讨
4.
Yokesleeves– furnished in ductile Ni-resist or aluminum-bronze to reduce operating torque.
(1) 轭架套管-采用含镍抗腐蚀球墨铸铁或铝青铜材料制作以减少操作扭矩。
5.
Yokesleeves ? furnished in ductile Ni-resist or aluminum-bronze to reduce operating torque.
轭架套管-采用含镍抗腐蚀球墨铸铁或铝青铜材料制作以减少操作扭矩。
6.
Manufacture and Application of Carbon Fiber Lead Bronze Composite Bush
碳纤维-铅青铜复合材料轴瓦的制造与应用
7.
Study on the Composition and Structure of Ancient Clay Mold of Yin Ruins
殷墟青铜器陶范材料的组成及结构研究
8.
Study of Compacting Processes for Powder Metallurgic Aluminium Bronze Matrix Frictional Materials
铝青铜基粉末冶金摩擦材料压制工艺研究
9.
"Valve body, bonnet and wedge are to be of bronze aSTM B 62."
阀体,阀盖和楔板材质符合美国材料试验协会aSTMB62标准青铜。
10.
"aluminum bronze -- The most widely accepted disc material used in butterfly valves, aluminum bronze is heat treatable and has the strength of steel."
铝青铜--广泛用作蝶阀的蝶板材料。铝青铜可以进行热处理,具有钢一样的强度。
11.
This paper applies the archaeological material to discuss the social development in Britain in Early Bronze age.
运用考古学材料论述青铜时代早期不列颠的社会状况。
12.
Synthesize and Electrochromic Research of the Hexagonal Tungsten Bronze Nanomaterials Layer-by-Layer Self-Assembly Films;
钨青铜纳米材料薄膜的制备和电致变色功能研究
13.
On Phallicism through a Study of the Related Archaeologica l Findings;
考古材料所见生殖器崇拜考——以云南史前及青铜时代为例
14.
bituminous materials and aggregates testing
沥青材料及石料试验
15.
volatile corrosion inhibitor paper for copper and copper alloys
铜和铜合金用气相防锈包装材料
16.
Solid TFE Packing - Optional on all NIBCO bronze valves when specified.
固体TFE填料-如果特别指定,所有美国尼伯科公司的青铜阀门都可以选择这种材料。
17.
Study of Pure Copper Wires and Copper-iron Composites with High Strength and High Conductivity;
高强高导纯铜线材及铜铁复合材料研究
18.
Trace elements analysis for the provenance of copper minerals of ancient bronzes
微量元素示踪古代青铜器铜矿料来源的可行性