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等温截面     
相关语句
  isothermal section
     Isothermal section of phase diagram of R-Fe-Co pseudoternary system(R=Sm_(0.5)Ho_(0.5))
     R-Fe-Co赝三元相图800℃等温截面测定(R=Sm_(0.5)Ho_(0.5))
短句来源
     700℃ Isothermal Section of Ag-Ru-Gd(Gd≤33.3 at%)Ternary System
     Ag-Ru-Gd(Gd≤33.3at%)三元系相图700℃等温截面
短句来源
     There are three three-phase regions found in the isothermal section of Nb-Cr-Hf ternary system at 1473 K,(Cr)+ NbCr_2+ HfCr_2,HfCr_2+NbCr_2+(Hf,Nb) and(Hf)+(Hf,Nb)+HfCr_2.
     Nb-Cr-Hf三元系在1 473 K时的等温截面有3个三相区:(Cr)+NbCr2+HfCr2,HfCr2+NbCr2+(Hf,Nb)和(Hf)+(Hf,Nb)+HfCr2。
短句来源
     The 600℃ Isothermal Section of the La-Ni-Cr Ternary System Phase Diagram and the Electrochemical Property of LaNi_(4.7)Si_x Cr_(0.3-x) Alloys
     La-Ni-Cr三元系相图600℃等温截面及LaNi_(4.7)Si_xCr_(0.3-x)合金电化学性能的研究
短句来源
     700℃ Isothermal Section of Au-Ag-Gd(Gd≤33.3%)Ternary System Phase Diagram
     Au-Ag-Gd(Gd≤33.3%)三元系合金相图700℃等温截面
短句来源
更多       
  isothermal sections
     550 AND 450℃ ISOTHERMAL SECTIONS OF Fe-Ni-C PHASE DIAGRAM
     Fe-Ni-C相图的550,450℃等温截面
短句来源
     480 ℃ and 405 ℃ isothermal sections of the Fe-Zn-Si ternary phase diagram
     Fe-Zn-Si三元相图的480℃和405℃等温截面
     ROOM TEMPERATURE AND 700℃ ISOTHERMAL SECTIONS OF Gd-Pd-Pt(Gd≤33 at. -%) PHASE DIAGRAM
     Gd-Pd-Pt三元系(Gd≤33at.-%)的室温和700℃等温截面
短句来源
     The room temperature and 500℃ isothermal sections for Cu-rich (Cu+1.0 at.-%Ni)-Al-In and (Cu+1.0 at.-%Sn)-AI-In phase diagrams have been determined using X-ray diffraction method.
     本文用X射线衍射分析法研究了(Cu+1.0at.-%Ni)-Al-In和(Cu+1.0at.-%Sn)-Al-In系富铜合金相图的室温截面和500℃等温截面.
短句来源
     The 500K Isothermal Sections of the Phase Diagram of the Ni-Pb-Sb Ternary System and Rietveld Refinement for a New Compound Al_2SbY_5
     Ni-Pb-Sb三元系相图500K等温截面和Al_2SbY_5化合物结构的Rietveld研究
短句来源
更多       
  the isothermal section
     There are three three-phase regions found in the isothermal section of Nb-Cr-Hf ternary system at 1473 K,(Cr)+ NbCr_2+ HfCr_2,HfCr_2+NbCr_2+(Hf,Nb) and(Hf)+(Hf,Nb)+HfCr_2.
     Nb-Cr-Hf三元系在1 473 K时的等温截面有3个三相区:(Cr)+NbCr2+HfCr2,HfCr2+NbCr2+(Hf,Nb)和(Hf)+(Hf,Nb)+HfCr2。
短句来源
     For determining the isothermal section of the R-Fe-Co pseudoternary system with R≤33.3 at.%(R=Sm_(0.5)Ho_(0.5)) at 800 ℃,different components of 39 samples of R-Fe-Co alloy series are melted in filling argon gas's arc furnace that is controlled by magnetism.
     为测定R-Fe-Co(R=Sm0.5Ho0.5,R≤33.3%)赝三元相图800℃等温截面,采用磁控电弧炉在高纯氩气保护下熔炼了39个不同成分的R-Fe-Co系合金样品.
短句来源
     The Isothermal Section of the Er-Mn-Nd and Pr-Fe-Sb Ternary System at 773K
     Er-Mn-Nd及Pr-Fe-Sb三元系合金相图773K等温截面
短句来源
     The isothermal section diagram of Fe-Co-(Sm_(0.5)Ho_(0.5)) series at 800℃(R≤33.3%) is investigated using X-ray diffraction analysis technigue.
     采用X射线衍射分析技术,研究并测定了稀土Fe Co (Sm0.5Ho0.5)系合金800℃等温截面(Sm0 5Ho0 5≤33 3%)图.
短句来源
     The isothermal section of Nd-In-Sn ternary system at 773K and 373K
     Nd-In-Sn三元合金相图773K、373K等温截面
更多       
  “等温截面”译为未确定词的双语例句
     The Znc-Rich Corner of Zn-Fe-Ni-Si Quaternary System at 560 ℃
     Zn-Fe-Si-Ni四元系富锌角560℃等温截面
     Phase relations in the Nd-In-Sn ternary system at 773K (25 at.%Nd-100 at. %Nd) and at 373K (0-25 at. %Nd) have been investigated by means of X-ray diffraction technique, differential thermal analysis and scanning electron microscopy.
     利用X射线衍射分析技术、差热分析技术、电子显微分析技术等实验手段,测定了Nd—In— Sn三元合金相图773K(25at.%Nd-100at.%Nd)、373K(0—25at.%Nd)等温截面中的相关系。
     Study on Thermal Section of Mg-Zn-La Ternary System in Mg-Rich Corner at 350℃
     Mg-Zn-La三元系富镁角350℃等温截面相图的研究
短句来源
     Both partial sections consist of three two-phase regions; Pd(Ag)+(Ru),(Ru)+Ag 51 Gd 14 and(Ru)+Pd 3Gd;
     这两个等温截面上都分别含有 3个二相区 :Pd(Ag) + (Ru) ,(Ru) +Ag51 Gd1 4 ,(Ru) +Pd3Gd ;
短句来源
     In this paper, with the calculation technique CALPHAD, phase diagrams of ZrO2-CeO2-Y2O3, ZrO2-CeO2-Al2O3, ZrO2-CeO2-Ce2O3 systems are optimized and extraploated by Thermo-Calc and Lukas Programme with suitable thermodynamic models and experimental data.
     温度为2073K的等温截面再现了实验信息。 利用计算的等温截面相图得到在1723K,成分为12mol%CeO_2-ZrO_2陶瓷为全四方相,而3mol%Y_2O_3-ZrO_2含有11mol%立方相。
短句来源
更多       
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  isothermal section
A fragment of the isothermal section of the phase diagram of the Yb-Mn-O system at 900°C is constructed in the "composition-oxygen pressure" coordinates.
      
A fragment of the isothermal section of the phase diagram of the Lu-Mn-O system at a temperature of 900°C is constructed in the "composition-oxygen pressure" coordinates.
      
Quasi-binary sections have been determined, and an isothermal section of the system in the subsolidus region has been constructed.
      
It has been shown that the isothermal section of the Bi2O3-BaB2O4-B2O3 in the subsolidus region at 600°C is characterized by 13 triangles of coexisting phases.
      
Polythermal sections AgTlSe-TlBiSe2, AgTlSe-Tl9BiSe6, [Ag0.5Tl1.5Se]-TlBiSe2, Tl2Se-AgBiSe2 (0-50 mol % AgBiSe2), an isothermal section at 500 K, and the projection of the liquidus surface of system A have been constructed.
      
更多          
  isothermal sections
The results are presented in the form of 12 isothermal sections of the phase diagram.
      
Isothermal sections at 1473 K through the Pb-Au-FeS and Pb-Ag-FeS phase diagrams
      
Isothermal sections of the phase diagrams at 1473 K have been designed.
      
Room-temperature isothermal sections of the phase diagrams of lanthanum nitrate-poly(vinylpyrrolidone)-water and copper nitrate-poly(vinylpyrrolidone)-water systems were studied.
      
Isothermal sections at 500-550 and 650-700°C have been designed.
      
更多          
  the isothermal section
A fragment of the isothermal section of the phase diagram of the Yb-Mn-O system at 900°C is constructed in the "composition-oxygen pressure" coordinates.
      
A fragment of the isothermal section of the phase diagram of the Lu-Mn-O system at a temperature of 900°C is constructed in the "composition-oxygen pressure" coordinates.
      
It has been shown that the isothermal section of the Bi2O3-BaB2O4-B2O3 in the subsolidus region at 600°C is characterized by 13 triangles of coexisting phases.
      
Phase equilibria in the systems SrS-Cu2S-Ln2S3 (Ln = La or Nd) have been studied along the isothermal section at 1050 K and vertical sections CuLnS2-SrS and Cu2S-SrLnCuS3, which are partially quasibinary joins.
      
Several vertical sections, the isothermal section at 400 K, and the liquidus-surface projection were constructed.
      
更多          


A phase diagram of the alloys of the ternary system of copper-germanium-tin was constructed on the basis of the data obtained by x-ray analysis.

本文用X射线衍射法测定了铜-锗-锡三元系合金相图。室温等温截面包含 α,ζ,δ,ε_1,ε,η′,Ge,Sn八个单相区,十三个双相(即α+ζ,α+δ,ζ+δ,ζ+ε_1,ε_1+δ,ε_1+ε,δ+ ε,ε_1+Ge,ε_1+η′,ε+η′,η′+Ge,η′+Sn,Ge+Sn相区,以及六个三相(即α+ζ+δ,ζ+ε_1+δ,ε_1+δ+ε,ε_1+ε+η′,ε_1+η′+Ge,η′+Ge+Sn )相区。所有单相与三个二元系中的单相一致,没有新相出现。

On the basis of the related isothermal sections of ternary systems and the liquid or solid zones of quaternary systems at 1600℃, the attack resistance of MgO-CaO refractories has been examined with certain oxides, conventional steelmaking slags and P_2O_5-containing slags. It seems that the converter lining made of MgO-CaO refractories with a certain amount of CaO contained got the better than the MgO refractory alone to resist the attack of either conventional or P_2O_5-containing steelmaking slags.

本文根据有关三元系等温截面图和四元系存在的液相区与固相区,分析讨论了各种氧化物、一般炼钢渣以及含磷炼钢渣对MgO-CaO系材料的侵蚀。通过分析得出,无论是一般炼钢渣或是含磷炼钢渣,都以含有一定量CaO的MgO-CaO材料作炉衬较好。

As a basic system, Fe-Ni-Al ternary system is not only of Alnico alloys but of such precipitation hardening alloys as PH stainless steel and maraging steel as well. The miscibility gap in this system was known for its peculiar shape and for a significant discrepancy of its values between experimental and theoretical calculation. In the first part of this paper, the particular phenomenon in this system has been attributed to the order-disorder transition of NiAl phase. This part is written with an attempt to...

As a basic system, Fe-Ni-Al ternary system is not only of Alnico alloys but of such precipitation hardening alloys as PH stainless steel and maraging steel as well. The miscibility gap in this system was known for its peculiar shape and for a significant discrepancy of its values between experimental and theoretical calculation. In the first part of this paper, the particular phenomenon in this system has been attributed to the order-disorder transition of NiAl phase. This part is written with an attempt to verify the above-mentioned theory through the experimeutal result of diffusion-couples.Summary. Miscibilty gap in Fe-Ni-Al alloy has been measured by diffusion-couple experiment and summarized. Isothermal sections at the temperatures as 850, 900, 950, 1000, 1050 and 1150℃ have been determined, thus establishing the Fe-NiAl quasi-binary phase diagram and perspective schemes. Experimental results indicate that the occurence region of miscibility gap closely relates to the curved surface showing order-disorder transition. Whether on isothermal sections or on vertical section, the miscibilty gap has a peculiar ridge extending along the order-disorder transition line. Thus,the theoretical predication about the miscibility in Fe-Ni-Al system as presented in preceeding part is confirmed, and a satisfactory description to explain the peculiar shape of miscibility gap in the system and the significant discrepancy of its values between experiment and Meije-ring's theory can be given. Tab.1 Conversion factor aij in EPMATab.2 Equilibrium composition of phases found in diffusion-couples Fig.1 Isothermal section in Fe-Ni-Al ternary system and phase diagramsof binary syetem Fig.2 Combination of diffusion-couples, (a) sol/liq, (6) sol/sol. Fig.3 Two types of diffusion-couple specimen, (a) sol/liq, (b) sol/sol. Fig.4 EPMA calibration curves of binary systemsFig.5 Concentration profile of Fe-5Al/NiAl diffusion-couple annealed at 900℃ for 400hrFig.6 Concentration profile of Fe-20Al/NiAl diffusion-couple annealed at900℃ for 400hrFig.7 Isothermal sections in Fe-Ni-Al system at 850=C (a) and 900℃ (b) Fig.8 Isothermal sections in Fe-Ni-Al system at 950℃ (a) and 1000℃(b) Fig.9 Isothermal sections in Fe-Ni-Al system at 1050℃(a) and 1150℃(b) Fig.10 Fe-NiAl quasi-binary phase diagram in Fe-Ni-Al systemFig.11 Perspective schemes of miscibility gap in Fe-Ni-Al system, (a)the present work; (b) Bradley. Photo.1 Microstructure of diffusion-couple annealed at 900℃ for 400hr

本文总结了用多元扩散偶法对Fe-Ni-Al三元系两相分解面的测定结果。测得了850~1150℃的六个温度的等温截面,并据此求得了Fe-NiAl伪二元状态图和两相分解面的透视图。结果表明,两相分解面与有序-无序转变曲面之间有密切关系,证实了前文在理论上对Fe-Ni-Al系两相分解面的预测,也使这一系统的两相分解面的特异形状及与Meijering理论之间的差异得到了令人满意的解释。

 
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