3 edition of Thermochemistry of the rare earth carbides, nitrides, and sulfides for steelmaking found in the catalog.
Thermochemistry of the rare earth carbides, nitrides, and sulfides for steelmaking
Karl A. Gschneidner
by Rare Earth Information Center, Institute for Atomic Research, Iowa State University in Ames, Ia
Written in English
|Statement||Karl A. Gschneidner and Nancy Kippenhan.|
|Contributions||Kippenhan, Nancy A., Rare-Earth Information Center., Molybdenum Corp. of America.|
|The Physical Object|
|Pagination||27 p. :|
|Number of Pages||27|
Review: Non-oxide ceramic compositions, such as carbides, nitrides, borides, and sulfides, in their compacted forms show outstanding mechanical strength and resistance to :// Table 2 presents information on the main intermetallic phases, carbides, nitrides, borides and sulfides that may occur in stainless steels 1,2. A very large number of phases can be present in the microstructure of ASSs, mainly carbides and intermetallic phases 1,2, ?script=sci_arttext&pid=S
Thermochemistry and Thermodynamic Properties of Substances Thermochemistry and Thermodynamic Properties of Substances McCullough, J P the search for high-energy fuels has stimuÂ lated much thermodynamic research and, in the process, has opened up new vistas in high-temperature chemistry. Thus, Table I lists many substances that are important only at high Toggle navigation. Home; Topics. VIEW ALL
Like rare earth elements such as Ca, Ti, Zr, Mg, and Be, it is the most effective deforming agent for sulfides. Adding an appropriate amount of RE to the steel can cause the oxide and sulfide inclusions to become finely dispersed spherical inclusions, thereby eliminating the hazard of inclusions such as :// 33 Data References要点_幼儿读物_幼儿教育_教育专区 10人阅读|次下载 33 Data References要点_幼儿读物_幼儿教育_教育专区。33 Data References
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Technical Report: Thermochemistry of the rare earth carbides, nitrides, and sulfides for steelmaking Thermochemistry of the rare earth carbides, nitrides, and sulfides for steelmaking [Gschneidner, Karl A] on *FREE* shipping on qualifying offers.
Thermochemistry of the rare earth carbides, nitrides, and sulfides for steelmaking A 1. Chem. Thermodynamics12, Thermochemistry of rare-earth trifluorides 1. Fluorine bomb calorimetric determination of the enthalpies of formation of LaF3, PrF3, NdF3, GdF3, DyF3, HoF3, and ErF3 a, b GERALD K.
JOHNSON, REBECCA G. PENNELL, KWANG-YIL KIM, and WARD N. HUBBARD Chemical Engineering Division, Argonne National Laboratory, In book: Ullmann's Encyclopedia of Industrial Chemistry Rare-Earth Nitrides, Earth Nitrides, and. Actinide Nitrides tions with other isotypic nitrides, carbides, and.
oxides. They are K. Gschneidner, Jnr. and N. Kippenhan "Thermochemistry of the Rare Earth Carbides, Nitrides, Sulfides for Steelmaking" (Rare Earth Inf. Center, Iowa State University, Ames, Iowa.)  S. Gordienko, B. Fenochka and V. Fesenko "Redkozemel'nye Metally i Ikh Tugoplavkie Soedineniya" (The Lanthanide Metals and Their Refractory Thermochemistry of the Rare Earth Carbides, Nitrides and Sulfidesfor Steelmaking.
Iowa State University report No. IS-RIC 27 pp. P Contributions to the Data on Theoretical Metallurgy K.A. Gschneidner Jr. and N. Kippenhan, Thermochemistry of the rare earth carbides, nitrides and sulfides for steelmaking, Iowa State University Rep.
IS-RIC-5,  T. Matsui and R.W. Ohse, High Temp.-High Press., 19 Thermochemistry of the rare earth carbides 1. Recommended articles Citing articles (0) K. Gschneidner, Jnr. and N. Kippenhan "Thermochemistry of the Rare Earth Carbides, Nitrides, Sulfides for Steelmaking" (Rare Earth Inf. Center, Iowa State University, Ames, Iowa.) Google Scholar  Y and La tie up the ppm residual S in the alloy as very stable Y and La sulfides and oxysulfides, thus preventing diffusion of the S atoms to the alumina scale layer under high temperature, cyclic oxidising conditions.
“Thermochemistry of the Rare Earth Carbides, Nitrides and Sulphides,” Rare Earth Information Centre An estimated 1 kg of rare earth elements can be found inside a typical hybrid automobile.
Holmium has the highest magnetic strength of any element and is used to create extremely powerful magnets. This application can reduce the weight of many motors. Applications (cont.) 12/11/ 18 Effect of Rare Earth Elements in steels Rare earth metals are used in semiconductors, solar cells and catalysts.
This review focuses on the background of oxide metallurgy technologies, the chemical and physical properties of rare earth (RE) metals, the background of oxide metallurgy, the functions of RE metals in steelmaking, and the influences of RE metals on steel microstructures.
Future prospects for RE metal applications in Section 4). For example, Y, Sc, and Ti sulfides have ΔH (per mole of solid S) that are much more negative than MoS2, meaning the sulfur atoms in MoS2 prefer to bond with Y, Sc, and Ti than Mo, assuming small entropies of formation and no kinetic limitations.
This book aims at providing current information in the broad field of ironmaking and steelmaking. Ahindra Ghosh taught iron and steel metallurgy and allied subjects. Consequently. especially at Tata Steel. The book has been designed as a textbook for the basic undergraduate course(s) on the subject.H.
The two authors. Executive Assistant in his The chemistry of ternary nitrides is reviewed with special focus on developments of the last two years ( and ).
In particular, structures and properties of ternary and higher transition metal nitrides, main group nitrides, subnitrides, and nitride halides are compared, and a section on thermodynamics of ternary nitrides is :// Abstract.
Oxidation tests of rare-earth-modified and Ti-modified Fe−20Cr alloy foils, which are under consideration for catalytic converter supports, were performed in a synthetic exhaust-gas atmosphere (N 2 +H 2 O+CO 2) between °C and °n °C and °C, the rare earths had no effect on oxide growth rates while Ti increased growth :// The recently developed correlation consistent Composite Approach for transition metals (ccCA-TM) was utilized to compute the thermochemical properties for a collection of inorganic molecules containing first row (3d) transition metals, ranging from the monohydrides to larger organometallics such as Sc(C5H5)3 and clusters such as (CrO3):// K.
Gschneidner and N. Kippenhan,Thermochemistry of the Rare Earth Carbides, Nitrides, and Sulfides for Steelmaking (Rare Earth Information Center, Institute for Atomic Research, Iowa State University, Ames Iowa, ). Google Scholar In order to determine strategies for removing arsenic from rare earth arsenic-containing steels, the evolution of inclusions in the whole steelmaking process with alumina crucibles was investigated.
It has been proven that adding lanthanum has a significant effect Gigantic magnetism expected for α″-Fe16N2 thin films had been attracted much attention in terms of its large magnetization per weight in comparison to rare earth iron nitrides R2Fe17N3 because Like carbides, nitride inclusion contents in steel are significantly less than that of oxides and sulphides.
10 FORMATION OF INCLUSIONS DURING SOLIDIFICATION Inclusions form during solidification by chemical reactions. Oxides, sulfides, and some oxysulfides are typical products. Even nitrides and carbides have been found to ://. A 'read' is counted each time someone views a publication summary (such as the title, abstract, and list of authors), clicks on a figure, or views or downloads the :// Introduction In spite of the active interest in rare earth mono- nitrides due to their magnetic and electronic properties’) and their potential importance as fission products in the proposed nuclear fuels based on uranium mono- nitrides, very little is known concerning their thermo- dynamic properties and thermal :// Surface and Coatings Technology, 46 () The effect of chromium on the high temperature oxidation resistance of Ni:A1* J.
G. Smeggil United Technologies Research Center, Mail S Silver Lane, East Hartford, CT (U.S.A.) (Received April 4, ) Abstract In the construction of hardware for engineering applications involving high temperature exposure, materials