结果发现，其固溶态含有大量有序畴的不均匀固溶体；
The results show that there are lots of uneven ordering domain after solution treatment.
时效态合金在焊核区晶内析出的第二相明显要多于固溶态。
The amount of intragranular precipitates in the age treated alloy were more than that of the solution treated alloy.
后续再结晶处理可以在保持固溶态合金强度的同时大幅度提高其塑性。
The plasticity can be enhanced by post recrystallization, keeping the strength of solid-solution state at the same time.
复合材料与基体从固溶态到峰值硬度的时效动力学曲线满足指数关系。
The aging kinetic curve of ZL109 and the composite agreed with the power function.
从而在固溶态价电子理论的深度揭示了合金元素在马氏体中的力学行为。
Thus in the depth of the valence electron theory of solid solution the mechanical behavior of the alloy elements in martensite was shown.
热处理后，合金的阻尼性能均得到不同程度的提高，其中，固溶态合金的阻尼性能最好。
The damping properties have obvious increase for MgZnZr magnesium alloys in three different heat treatment technology, and the damping capacity of alloys treated by solution are increased more.
故认为磷（硅）的晶界富集是固溶态316L不锈钢在尿素生产介质中产生晶间腐蚀的重要原因之一。
Therefore, the authors consider that segregation of P and Si at grain boundaries is one of the important reasons for IGC of non-sensitized 316L SS in the urea medium.
较小程度的变形引起TNTZO合金腐蚀性能的恶化，但是经过较大程度变形的合金样品反而具有与固溶态合金样品相近的耐蚀性。
Small deformation causes the deterioration of the corrosion resistance, at high deformation level, however, the TNTZO alloy shows similar corrosion property to the as-soluted one.
结果表明，退火态2224铝合金经e CAP挤压后，进行固溶和时效处理，明显提高了合金的力学性能，细化了合金的晶粒。
It is shown that the mechanical properties of annealed sample of 2224 aluminum alloy are improved by the combination of solid solution and aging treatment after ECAP, the size of grain is refined.
对原始组织为铸态和热轧态的2205双相不锈钢试样进行了不同条件下的固溶处理热模拟试验。
The solution treatments were performed with the specimens of 2205 duplex stainless steel, which possessed different initial microstructures.
对原始组织为铸态和热轧态的2205双相不锈钢试样进行了不同条件下的固溶处理热模拟试验。
The solution treatments were performed with the specimens of 2205 duplex stainless steel, which possessed different initial microstructures.
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