TITLE

Phase separation process in commercial Al-Li alloys

AUTHOR(S)
Triolo, A.; Lo Celso, F.; Triolo, R.
PUB. DATE
April 2000
SOURCE
AIP Conference Proceedings;2000, Vol. 513 Issue 1, p226
SOURCE TYPE
Academic Journal
DOC. TYPE
Article
ABSTRACT
Real-Time Small Angle X-ray Scattering measurements are reported on a commercial aluminum-lithium alloy. This material shows a miscibility gap as soon as it is quenched from high to low temperature, with segregation of a Li-rich phase. The SAXS technique confirms as a valid probe to detect structural features in these alloys. Moreover a detailed analysis is presented for the whole SAXS data set, leading to the time dependence of structural parameters. © 2000 American Institute of Physics.
ACCESSION #
6028446

 

Related Articles

  • Aluminum--Lithium for areospace. Fielding, Paul S.; Wolf, George J. // Advanced Materials & Processes;Oct96, Vol. 150 Issue 4, p21 

    Looks at developments in the application of aluminum-lithium alloys, in the United States. Uses of aluminum-lithium; Information on the alloy's selection in 1994 by National Aeronautics and Space Administration, for their Space Shuttle; Details on the alloy's used in the making of...

  • Aluminum-lithium alloys in helicopters. Smith, Alan F. // Advanced Materials & Processes;Oct97, Vol. 152 Issue 4, p41 

    Reports that aluminum-lithium alloys are widely applied on the EH101 helicopter, designed and built jointly by GKN Westland Helicopters of England and Agusta S.p.A. of Italy. Direct chill casting of AA5091 alloys; Powder metallurgy alloys; How to prevent powders from welding together to form...

  • ALUMINUM ALLOY. H. Nickodemus, Glen; Kramer, Lawrence S.; Pickens, Joseph R.; Burkins, Matthew S. // Advanced Materials & Processes;Feb2002, Vol. 160 Issue 2, p51 

    Describes a variety of ballistic tests of the aluminum-lithium alloy 2195. Characteristics of the aluminum plate samples; Evaluation of the ballistic properties of the samples; Results of the test.

  • Inelastic x-ray scattering in condensed matter systems. Isaacs, Eric D.; Platzman, Phil // Physics Today;Feb96, Vol. 49 Issue 2, p40 

    Focuses on inelastic x-ray scattering in condensed matter systems. Advances in synchrotron sources of hard x-rays; Kinematics of scattering experiments; Instrumentation; Quantitative aspects of scattering.

  • Thomson scattering with terawatt laser generates femtosecond x-ray pulses.  // Laser Focus World;Dec96, Vol. 32 Issue 12, p11 

    Reports on the generation of femtosecond x-ray pulses by Robert Schoenlein and colleagues at Lawrence Berkeley National Laboratory in Berkeley, California by focusing the pulsed output of a terawatt infrared laser into a relativistic beam of electrons. Placement of laser beam orthogonal to the...

  • Features of the microstructure and low-temperature yield stress of quenched Al-Li alloys. Braude, I. S.; Grigorova, T. V.; Isaev, N. V.; Pustovalov, V. V.; Fomenko, V. S. // Low Temperature Physics;Jul2000, Vol. 26 Issue 7, p529 

    The features of the microstructure of quenched Al-Li alloys with lithium concentration below the solubility limit (3.8 at. %) and above the solubility limit (7.0 and 10.4 at. %) are studied by the x-ray diffractometry. In addition to the standard structural reflections, the diffraction patterns...

  • Aluminum-Lithium alloys at AeroMat 2003.  // Advanced Materials & Processes;Sep2003, Vol. 161 Issue 9, p50 

    Presents several abstracts on aluminum-lithium alloys published in the September 2003 issue of the journal 'Advanced Material & Processes.' 'An Update on C458 Al-Li,' by Henry Babel; 'Origin and Effect of Delaminations on Al-Li Cryotank Structures,' by D.N. Wells; 'Delamination Behavior in...

  • ALUMINUM Q&A. ANDERSON, TONY // Welding Journal;Oct2011, Vol. 90 Issue 10, p18 

    The article provides answers to various questions related to Weldalite® Alloy 2195 which include its combined aluminum-lithium materials, its weldability, and the where the said alloys are being used.

  • Materials progress: Materials science/R&D.  // Advanced Materials & Processes;Jul96, Vol. 150 Issue 1, p16 

    Discusses ion-beam technology developed at Sandia National Laboratories, Albuquerque, New Mexico, which is used to modify surfaces, while looking at the benefits of aluminum-lithium research in the United States. Details on the ion-beam technology; Advantages of having such technology;...

Share

Read the Article

Courtesy of VIRGINIA BEACH PUBLIC LIBRARY AND SYSTEM

Sorry, but this item is not currently available from your library.

Try another library?
Sign out of this library

Other Topics