Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
PHASE DIAGRAM OF THE ALLOYS IN Dy-Ni BINARY SYSTEM
View through CrossRef
The dysprosium-nickel phase diagram has been completed by X-rays in conjunction with differential thermal analysis. The intermetallic compound DyNi4 was detected, and the new intermetallic compound Dy4Ni17 was observed.In this system there exist ten intermetallic compounds: Dy3Ni,Dy3Ni2,DyNi,DyNi2,DyNi3,Dy2Ni7,DyNi4,Dy4Ni17,DyNi5, and Dy2Ni17. The intermetallic compounds DyNi and DyNi5 melt congruently at 1248℃and 1387℃, and the intermetallic compounds Dy3NiDy3Ni2,DyNi2,DyNi3,Dy2Ni7,DyNi4,Dy4Ni17 and Dy2Ni17 are formed by eight peritectic reactions at 762℃, 928℃, 1258℃, 1283℃, 1307℃, 1336℃, 1352℃ and 1321℃, respectively. Three eutectic reactions occur: at 31 at% Ni and 693℃, 56 at% Ni and 1173℃, 93 at% Ni and 1279℃. Neither Dy in Ni nor Ni in Dy shows any detectable solid solubility.
Acta Physica Sinica, Chinese Physical Society and Institute of Physics, Chinese Academy of Sciences
Title: PHASE DIAGRAM OF THE ALLOYS IN Dy-Ni BINARY SYSTEM
Description:
The dysprosium-nickel phase diagram has been completed by X-rays in conjunction with differential thermal analysis.
The intermetallic compound DyNi4 was detected, and the new intermetallic compound Dy4Ni17 was observed.
In this system there exist ten intermetallic compounds: Dy3Ni,Dy3Ni2,DyNi,DyNi2,DyNi3,Dy2Ni7,DyNi4,Dy4Ni17,DyNi5, and Dy2Ni17.
The intermetallic compounds DyNi and DyNi5 melt congruently at 1248℃and 1387℃, and the intermetallic compounds Dy3NiDy3Ni2,DyNi2,DyNi3,Dy2Ni7,DyNi4,Dy4Ni17 and Dy2Ni17 are formed by eight peritectic reactions at 762℃, 928℃, 1258℃, 1283℃, 1307℃, 1336℃, 1352℃ and 1321℃, respectively.
Three eutectic reactions occur: at 31 at% Ni and 693℃, 56 at% Ni and 1173℃, 93 at% Ni and 1279℃.
Neither Dy in Ni nor Ni in Dy shows any detectable solid solubility.
Related Results
Is the Fuxi liushisi gua fangwei (伏羲六十四卦方位) diagram attributed to Shao Yong binary? Clarifying a consequence of its analogy with the binary arithmetic of Leibniz
Is the Fuxi liushisi gua fangwei (伏羲六十四卦方位) diagram attributed to Shao Yong binary? Clarifying a consequence of its analogy with the binary arithmetic of Leibniz
ArgumentThe Jesuit Joachim Bouvet established an analogy between the binary arithmetic developed by Leibniz and the diagram Fuxi liushisi gua fangwei (or FX64), attributed to Shao ...
Quantitative Phase Analysis of Aluminium-Lithium Alloys
Quantitative Phase Analysis of Aluminium-Lithium Alloys
A quantitative approach to the determination of the phase composition in the Al-Mg (Cu)-Li alloys has been developed on the basis of the balance equations of chemical and phase com...
Quantitative characterization of nanosized precipitate distributions in glassy alloys
Quantitative characterization of nanosized precipitate distributions in glassy alloys
Many material properties of alloys are strongly influenced by the precipitation of secondary phases in the bulk material. Traditional alloys have been polycrystalline, but over the...
Tin and Tin Alloys
Tin and Tin Alloys
Abstract
Tin is a soft, brilliant white, low-melting metal that is most widely known and characterized in the form of coating. This article discusses the primary and...
Effects of additional element on the glass forming ability and corrosion resistance of bulk Zr-based amorphous alloys
Effects of additional element on the glass forming ability and corrosion resistance of bulk Zr-based amorphous alloys
By using the real-place recursion method， bulk Zr-based amorphous alloys with effects of additional element Nb，Ta，Y，La on the glass forming ability and corrosion resistance were st...
Corrosion Protection Application of Liquid-Infused Surface with Regional Growth of LDH Films on Al Alloys
Corrosion Protection Application of Liquid-Infused Surface with Regional Growth of LDH Films on Al Alloys
Al alloys with their easy accessibility and good workability have been extensively used in oceanic engineering area [1]. However, corrosion failure of Al alloys is a major challeng...
Microstructure and Phase Transition Characteristics of NiTi Shape Memory Alloy
Microstructure and Phase Transition Characteristics of NiTi Shape Memory Alloy
Abstract
Shape memory alloy (SMA) with shape memory effect and superelasticity has had an increasing interest for researchers of mechanics of materials in recent dec...
Beryllium and Beryllium Alloys
Beryllium and Beryllium Alloys
AbstractBeryllium, Be, is the only light metal having a high melting point. The majority of the beryllium commercially produced is used in alloys, principally copper–beryllium allo...