半固态

半固态加工过共晶Al-Si合金耐磨性能研究

Study on Wear Resistance of Hypereutectic Al-Si Alloy by Semisolid Processing

采用搅熔复合及半固态模锻法，研究了石墨颗粒增强Al基复合材料的制备工艺，并对石墨－Al基复合材料的强度、冲击韧性和耐磨性进行了试验研究。

The manufacturing process , strength , impact toughness and wear resistance of Al matrix composites reinforced with graphite are studied through melt stirring composing and semisolid die forging .

原位Mg2Si/AM60镁基复合材料半固态组织演变

Semi-solid Microstructure Evolution of In situ Synthesized Mg_2Si / AM60 Magnesium Matrix Composites

在半固态加工中同时加磷P进行变质细化有利于获得细化的初晶硅，并能减少半固态加工的时间，提高加工效率；

There has advantage to obtain short and thick primary silicon and improve process efficiency with P modification in semi-solid metal process .

Al2O3/Al复合材料伪半固态下流变行为的研究

Study of the Rheological Behavior of Al_2O_3 / Al Composites in Pseudo-semi-solid State

SiCp/6061复合材料半固态焊接特性研究

Investigation of Welding Characteristics of SiC_p / 6061 Composites During Semi-solid Bonding

半固态喷射沉积TiCp／7075铝合金的晶粒长大规律

Grain growth law of semi-solid state tic_p / 7075 Al alloy prepared by spray deposition

Al/Al2O3复合材料伪半固态触变模锻成形

Thixo-die-forging of Al / Al_2O_3 composite in pseudo-semi-solid state

Al2O（3p）/Al-Cu基半固态坯料的制备

Preparation of Al_2O_ ( 3p ) / Al-Cu Matrix Semi-solid Billet

半固态连接复层材料界面强度SP评价

Interfacial strength evaluation of semi-solid joining clad material by small punch test

SCR技术半固态制浆及组织形成机理

Manufacturing Semi-solid Slurry by SCR Technology and Formational Mechanism of Microstructures

研究了多层喷射共沉6066铝合金／SiC复合材料的半固态加工。

Semi solid processing of multi layer spray co deposited 6066Al / SiC p composites was studied .

半固态LC4合金的屈服应力

Yield stress of LC_4 alloy in semi-solid state

结果表明，sicp/2024复合材料在半固态下压缩时的流动应力随试验温度的提高而显著下降：当压缩时间较短时。

The results show that flow stress of SiCp / 2024 composites fell down quickly with increasing experimental temperature .

SCR技术半固态制浆热流偶合场的三维有限元模拟

Three-dimensional Finite Element Simulation of Thermal-fluid Multiple Field during Semi-solid Slurry Making by SCR Technology

Mg-Al系镁合金半固态坯料制备及触变挤压研究

Preparation of Mg-Al Series Magnesium Alloy Semi-solid Billets and its Thixo-extrusion Forming

精液的存在减少了阴道的酸性，这种pH值的变化将导致这种凝胶内的分子相互作用并变为半固态。

The presence of semen makes the vagina less acidic , and it is expected that this change in pH will cause the molecules within the gel to interact and turn semisolid .

利用自行设计制造的半固态连铸机对FeCrC系及FeMnC系合金进行了半固态连铸试验。

A series of continuous casting tests for Fe Cr C white cast iron and Fe Mn C high manganese steel were carried out with a self made semisolid metal continuous casting machine .

结果表明：通过合理选择SIMA工艺参数，能够得到晶粒尺寸小且呈近球状的半固态组织；

Results showed that the fine and near-spheroidal microstructures can be obtained by properly choosing the SIMA processing parameters .

而半固态压铸件经T6热处理之后，力学性能有进一步的提高。

And the semi-solid die casting after heat treatment by T6 , mechanical properties have further improved .

对于通常的AlSi类合金的半固态加工坯料，在足够的搅拌强度下，熔体冷却速度控制在0.5～3.0℃/s可得到较好的组织。

In the production of semi solid billets of conventional Al Si alloys , suitable microstructure can be obtained under enough stirring intensity when the cooling rate is controlled within 0.5 ~ 3.0 ℃ / s.

利用自主开发的倾斜管制浆工艺制备了A356合金半固态浆料。

Semi-solid slurry of A356 alloy was prepared by a self-developed cooling slope method .

进行了强磁场下Bi-Mn合金的全熔和半固态实验，研究了MnBi相在强磁场中的凝固行为。

The influence of high intensity magnetic field on the solidified structure and behavior of Bi-6 % Mn alloy has been investigated experimentally .

钢-半固态Al-7石墨复合界面特性

Interface characteristics of steel - mushy Al - 7 graphite bonding

半固态成形Al-Fe基合金组织特征及热处理技术研究

Research on the Microstructure and Technology of Heat Treatment of Semi-Solid Formation Al-Fe Based Alloy

通过改变和控制浇注温度、冷却速度和半固态保温时间，研究了亚共晶AlSi合金在不同凝固条件下初生相形貌的演变。

In this study , hypoeutectic Al-Si alloys were solidified under various conditions to investigate the evolution of the morphology of primary phase by changing and controlling pouring temperature , cooling rate , and semi-solid isothermal holding time .

对SiCp/ZA27复合材料锭料在250℃进行了不同程度的压缩变形，研究了经变形的复合材料在半固态温度460℃等温热处理过程中组织的演变过程。

The SiC p / ZA27 composite was compressed at 250 ℃ by different ratio . The microstructural evolution of these deformed composites were investigated during isothermal heat treatment at semisolid temperature of 460 ℃ .

采用高能球磨&半固态挤压技术制备的亚微米SiCp／Al复合材料具有较好的颗粒分散性，材料具有良好的力学和热物理性能。

Sub-micron SiCp / Al composites prepared by high energy ball milling and semi-solid extrusion techniques owned excellent particle dispersion ability , and the materials owned excellent mechanical and thermal physical properties .

半固态挤压Al-Si-Fe合金组织与性能

Microstructure and Properties of Semi-solid Extruded Al-Si-Fe Alloy

通过液淬法获得挤压比为40的AZ91D镁合金等温处理过程中的半固态组织，研究其球化机制。

Microstructural spheroidization of extruded AZ91D magnesium alloys with a high extrusion ratio of40 was investigated at semisolid state .