用热型连铸工艺实现了铝合金包铸光学纤维。
The Ohno Continuous Casting technique has been successfully applied to the cast in process of optical fibres to a al Mg alloy wire.
热型连铸L401线材耐蚀性优于砂型铸造线材，耐蚀性提高26%。
The corrosion resistance of L401 alloys wire by OCC is higher 26% in comparison with that by sand mould.
对热型连铸锌铝合金定向凝固线材的铸态及热处理组织进行了观察、分析和讨论。
The as cast and heat treatment microstructure of ZA alloy rod directionally solidified by continuous casting has been analyzed.
根据热型连铸技术原理，建立了热型连铸凝固过程一维稳态温度场的物理、数学模型。
Based upon the principle of thermal-die continuous casting process, the physical and mathematical models of one-dimensional steady-state heat transfer for temperature field are established.
用热型连铸技术制备了铜-铝-镍合金，对经不同热处理后的合金进行了形状记忆和超弹性试验，并分析了相关机理。
Shape memory and supper elasticity properties of the Cu-Al-Ni alloys prepared by ohno continuous casting process were tested after different heat treatment, and the mechanisms were analyzed.
模拟结果表明，采用宏微观耦合的方法模拟热型连铸过程中微观组织的演化过程以及各种工艺参数对组织形成的影响是有效、可行的。
The results indicate that macro-microcosmic coupling method is efficient and feasible for simulating the microstructure evolution and effects of variables on microstructure formation.
模拟结果表明，采用宏微观耦合的方法模拟热型连铸过程中微观组织的演化过程以及各种工艺参数对组织形成的影响是有效、可行的。
The results indicate that macro-microcosmic coupling method is efficient and feasible for simulating the microstructure evolution and effects of variables on microstructure formation.
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