半固态加工技术是新的材料成形技术。
Semi-solid processing in a new material formation technique.
在室温下，最终的植物油产品呈现半固态。
The final vegetable oil product will be a semi-solid ingredient at ambient temperatures.
半固态成形技术是冶金材料领域重要研究课题。
Semisolid forming has taken its place among advanced metallurgy material processing fields.
半固态加工是金属材料成形领域中的一种新工艺。
Semi solid forming is one of new types of material processing.
半固态的物质，如污水处理后沉淀下来的那种物质。
Semisolid material such as the type precipitated by sewage treatment.
复合材料在半固态区间压缩时具有应变速率敏感性。
So the composite has sensitivity of strain rate during compression in semi-solid interval.
提出了一种不同于现有方法的半固态合金制备新技术。
A new technique which is entirely different from the available method was proposed.
研究了低温铸造法制备亚共晶铝硅合金半固态成形用坯料。
The preparation of hypoeutectic Al-Si alloy billets for semisolid forming by low temperature casting was studied .
该模型形式简单，能够较好地描述半固态合金的变形行为。
It has been proved to be a simple model, which can represent the deformation behavior of semi-solid alloys.
研究了AZ91D镁合金在不同半固态温度下的挤压铸造。
The squeezed-casting formability of AZ91D magnesium alloy in semi-solid state was studied.
该软件能分析半固态金属金相组织中的固相组分及晶粒尺寸。
The software can be used for analyzing solid fraction and grain size in microstructure of semi solid metal.
随变形温度的不同，半固态ZA27合金呈现不同的变形机理。
The shaped mechanism of semi-solid ZA27 alloy is changed along with different shaping temperatures.
半固态合金挤压工艺的关键是控制半固态合金坯料的流动和变形。
Controlling deformation and flow of semisolid alloy slurry is the key of die casting of semisolid alloy.
介绍了半固态金属加工中使用的电加热炉的温度采集与控制系统。
The temperature collect and control system for electric heating furnace in Semi-Solid Metal Processing is introduced.
半固态金属成形技术的关键是制备非枝晶结构的半固态金属材料。
For semi solid metal forming, it is crucial to produce semi solid metal materials that have non dendritic structure.
结合半固态成形技术与微成形技术，探讨半固态金属的微成形性能。
This paper combines the technology of semisolid forming and micro-forming to discuss the micro-formability of semisolid alloy.
结果表明，半固态连续铸轧技术可以提高板带的塑性加工性能，细化晶粒。
The result shows that the technology of semi-solid strip casting and rolling can improve plastic processing property and refine grain.
采用包套挤压成形方法，成功地实现了不锈钢与半固态铝合金的连接与成形。
By using sheathed extrusion technique, the bonding and forming of stainless steel and semi solid aluminum alloy are successfully realized.
叙述半固态模锻的实质、理论基础及应用范围，介绍了半固态模锻的应用举例。
The article has described substance, theoretical basis and applied range of semisolid die forging, and it has introduced some applied examples.
在半固态挤压成形过程中，随着成形温度的升高，镁合金半固态浆料的流变性改善。
With the rise of temperature in squeeze process, the Theological property of semi-solid magnesium alloy slurry was improved.
半固态金属成形技术作为一项新兴的金属成形技术，是一种具有巨大发展潜力的加工技术。
Semi-solid metal forming technology is a new metal forming technology and it is a forming technology with enormous developmental potentiality.
研究了控制熔体结晶法制备的半固态zl101合金的压缩变形行为以及显微组织的变化。
Compression experiments were carried out to investigate deformation behavior and microstructure of semi-solid ZL101 alloy fabricated by controlled crystallization technique.
半固态电磁搅拌法是半固态成形技术中较为成熟的方法之一，并已开始应用于工业生产中。
Semi-solid forming of EMS is one of mature methods, and it has been used in industry.
结果发现：稀土显著细化了半固态铝合金的球形晶粒组织，并提高了球形晶粒的圆整度和均匀性。
The experimental result shows that re can refine the globular grains of semisolid Al-alloy remarkably, improve the roundness and uniformity of globular grains.
半固态成形具有加工温度低，变形抗力小的特点，为高效低能实现金属近净成形提供了现实可能。
Due to the special properties of semi-solid metal, it provides a possibility for metal near net shaping with high efficiency and low consumption.
本文综述了半固态成形的基础理论研究，概述了目前国内外半固态技术的应用现状及其研究进展。
This paper summarizes the basic theory of semi-solid forging, and the research progress of semi-solid forging at present and also industrial applications are analyzed and discussed.
半固态铝合金初生相是在合金的凝固过程中产生的，球状初生相的形成与半固态加工工艺密切相关。
The primary phase in semi-solid al alloy is formed during solidification of alloy, and the formation of primary phase with globular-like is closely related to semi-solid processing.
半固态铝合金初生相是在合金的凝固过程中产生的，球状初生相的形成与半固态加工工艺密切相关。
The primary phase in semi-solid al alloy is formed during solidification of alloy, and the formation of primary phase with globular-like is closely related to semi-solid processing.
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