铍青铜

本文选用工业纯铜（T2）和铍青铜（QBe2），采用平板爆炸复合方法制备T2／QBe2复合板。

Pure copper ( T2 ) and beryllium bronze ( QBe2 ) were selected as the material to produce T2 / QBe2 composite by flat plate explosive cladding .

铍青铜真空时效炉快速升温模型及自适应方法

The Rapid-risen Temperature Model and Adaptive Control Method fot the Beryllium Bronze Vacuum Time-effective Furnace

该方法在铍青铜热处理炉温控制系统中的应用表明，专家经验和传统PID控制的结合既保持了PID控制的简捷、可靠，又大大提高了控制器的性能。

The application of this method in temperature control system of beryllium-bronze heat treatment shows that the combination of expert experience and tradition PID control improves the performance of controller greatly , and meanwhile , maintains briefness and credibility of PID control .

利用高速摄影和金相分析研究了不同热处理状态的铍青铜（QBe2）柱壳在爆轰加载下的膨胀断裂特性。

High-speed camera and optical microscope were used to study the expanding fracture characteristic of the beryllium bronze ( QBe2 ) cylinder shell under detonation loading .

在模具制造行业，滑块、导板是广泛使用的标准件，使用材质为高强度铜合金，尤其是铍青铜（QBe2）的使用量较大。

In the mold manufacturing industry , the sliders and the guide plates are used widely standard parts , whose materials are high strength copper alloys , in particular , beryllium bronze ( QBe2 ) was widely used .

压弯装置上的最大平均应力约为800MPa，并由此确定了以铍青铜作为压弯机构的材料，晶体的曲率半径为0.57~1.72m和驱动力为8~2.67N时的线性关系。

The Von Mize stress on the bender is about 800 MPa . When Beryllium-Cu is selected as the material of the bender , the linear relationship between the curvature of crystal in 0.57 ~ 1.72 m and the driving forces in 8 ~ 2.67 N is obtained .

偶氮氯膦Ⅲ光度法测定铍青铜中铍

Spectrophotometric Determination of Beryllium in Bronze - Beryllium with Chlorophosphonazo ⅲ

铍青铜的热处理缺陷分析和双重时效强化

Heat Treatment Defects of The Beryllium Bronze and Its Double Age-Strengthening

一种智能控制器在铍青铜热处理中的应用

Application of an Intelligent PID Controller in Beryllium-Bronze Heat Treatment

铍青铜的热处理工艺应用研究

Application Research on The Heat Treatment Technology of Beryllium-bronze Material

介绍铍青铜的熔炼、浇注、热处理及安全防护。

Smelting , pouring , heat treatment and safety protection were described .

铍青铜棒在交货复验中发现有裂纹。

The crack in beryllium-bronze bar was found by re-testing for consignment .

为进一步提高铍青铜弹性件的导电性，在铍青铜上电镀一层银镀层。

In order to improve its conductivity , silver electroplating was applied .

铍青铜非真空熔铸

Study on Non - Vacuum Smelting for Be Bronze

铍青铜在压铸冲头中的应用

Application of the Beryllium - copper in the Punch for Die - casting

改善铍青铜切削加工性

Improving the Capability of Be-bronze 's Cutting and Machining

铍青铜常被用于制造弹性零件。

Beryllium - containing bronze has usually been adopted to make elastic parts .

与铍青铜相比，该合金性能优良、价格便宜，因此是一种很有发展前途的铜基弹性材料。

This alloy is cheaper and superior in the properties to beryllium bronze .

铍青铜形变时效工艺的优化

Optimization of Deformation Aging Process of Beryllium Bronze

铍青铜零件定形时效用的新材料842

A new paste material used to avoid deformation in aging of beryllium bronze parts

铃碗表面镀铍青铜，打击时不会引起火花。

The bell-bowl plated by Be-bronze will be no spark when it is stricken .

挤压和锻造工艺对铍青铜棒材组织和性能的影响

Influence of Extrusion and Forging Processing on the Structure and Properties of Beryllium-bronze Rod

铍青铜在模具上的应用

The Application of Beryllium Bronze to Die

铍青铜柱壳膨胀断裂研究

Expanding Fracture of Beryllium Bronze Cylinder Shell

影响铍青铜综合性能的因素

Factors effect combined performances of beryllium bronze

铍青铜膜片的分级时效

The Step Aging of Beryllium Bronze Diaphragm

铍青铜零件镀硬铬工艺

Hard Chromiun Plating on Beryllium Copper Parts

高炉风口小套破坏机理和改用铍青铜材料的探讨

Failure Mechanism of Small Sleeve of Blast-furnace Tuyere and Discussion of Changing to Use Be-bronze

高强度变形铍青铜研究

Study on Strong Wrought Beryllium Bronze

活塞密封用O形环、聚四氟乙烯挡圈及铍青铜三角环。

The pistons are sealed with O rings , teflon backup rings and bevelled berylco rings .