The molecular interaction volume model(MIVM) and the regular solution model have been applied to fit the activities of components in 37 binary solid alloys.
應(yīng)用分子相互作用體積模型和正規(guī)溶液模型對37個(gè)二元固態(tài)合金體系的組元活度進(jìn)行了擬合。
In this thesis, the thermodynamic properties of 37 binary solid alloys have been evaluated and fitted by the molecular interaction volume model (MIVM) and the regular solution model.
本文利用分子相互作用體積模型和正規(guī)溶液模型對37個(gè)二元固態(tài)合金體系的熱力學(xué)性質(zhì)進(jìn)行估算、擬合,結(jié)果表明:在二元固態(tài)合金中,MIVM的估算效果要稍差于正規(guī)溶液模型,但MVIM擬合效果要好于兩模型的估算效果。
Rheologic Forming Theory of Semi-solid Alloy Part I: Rheologic Filling Theory;
半固態(tài)合金流變成型工藝?yán)碚摗?部分流變充型理論
Critical condition on rheological filling of semi-solid alloy;
半固態(tài)合金流變充型的臨界條件
This paper introduced the advantages to produce semi-solid alloy by using the inclined cooling plate such as its short flow,low cost,simple equipment,high production efficiency,and it can produce big size roughcast.
介紹了傾斜冷卻板法制備半固態(tài)合金流程短、成本低、設(shè)備簡單、生產(chǎn)效率高,同時(shí)又能生產(chǎn)較大尺寸的半固態(tài)坯料等的特點(diǎn),指出了傾斜冷卻板法制備半固態(tài)合金的原理及其影響因素,并闡述了傾斜冷卻板法在半固態(tài)加工中的應(yīng)用及其應(yīng)用前景。
The results show that the optimum gap between roll and shoe varies in 2～3?mm; pouring temperature can affect grain size and its shape of semi solid alloy.
利用自行設(shè)計(jì)的單輥剪切 /冷卻 (SCR)試驗(yàn)機(jī)對LY11合金進(jìn)行了半固態(tài)凝固實(shí)驗(yàn) ,研究了工藝條件對LY11半固態(tài)合金組織的影響。
The results indicate that the transient peak of apparent viscosity of semi solid alloys increases with expanding the rest time under the same experimental conditions.
結(jié)果表明 ,在相同的剪切條件下 ,隨剪切停留時(shí)間的增加 ,瞬時(shí)峰值表觀粘度增加 ,說明剪切停留期間半固態(tài)合金初生α相形態(tài)發(fā)生了變化 ;對半固態(tài)合金初生相形態(tài)觀察發(fā)現(xiàn) ,剪切停留促使初生相發(fā)生了“團(tuán)聚”或“合并” ,而且初生相形態(tài)變化的程度取決于剪切停留時(shí)間和初生相的退化程度 。