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商品化的钛合金材料的热处理通常是在两项范围内(α+β)先用溶液处理。在溶液温度为任何值时,平衡的相结构是决定最高合金强度的重要因素。这些结构在研究时用显微探针分析仪表征出来了。 我们对ATi-6Al-4V合金作过分析,把样板置于1850℃炉中1小时,把炉温降至α+β区域,使其温度保持一定长的时间,然而用水淬火达到室温。对五种经溶液处理过的样板(都在α+β范围内)
The heat treatment of commercial titanium alloy materials is usually treated with a solution in both ranges (α + β). When the solution temperature is any value, the equilibrium phase structure is an important factor in determining the highest alloy strength. These structures were characterized by a microprobe analyzer at the time of the study. We analyzed the ATi-6Al-4V alloy, placed the sample in a 1850 ° C oven for 1 hour, lowered the oven temperature to the α + β range, held it for a long period of time, and quenched it to room temperature with water. For the five solution treated samples (all in the α + β range)