In situ ESEM observation of melting silver and Inconel on an Al2O3 powder bed

Fischer, Simon; Lemster, K.; Kaegi, Rälf; Kuebler, Jakob; Grobéty, Bernard

doi:10.1093/jmicro/dfh070

Cited by 9 publications

(4 citation statements)

References 4 publications

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“…It is possible to work under vacuum (classical SEM) or under controlled atmosphere (H 2 O, O 2 , He+H 2 , N 2 , air...). Different types of studies have been reported, relative to corrosion of metals (Jonsson et al, 2011), oxidation of metals (Schmid et al, 2001a(Schmid et al, , 2001bOquab & Monceau, 2001 ;Schmid et al, 2002 ;Abolhassani et al, 2003 ;Reichmann et al, 2008 ;Jonsson et al, 2009 ;Mège-Revil et al, 2009 ;Quémarda et al, 2009 ;Delehouzé et al, 2011), reactivity at high temperature (Maroni et al, 1999 ;Boucetta et al, 2010), phase changes (Fischer et al, 2004 ;Hung et al, 2007 ;), hydrogen desorption (Beattie et al, , 2011, redox reactions (Klemensø et al, 2006), microstructural modifications (Bestmann et al, 2005 ;Fielden, 2005 ;Yang, 2010), magnetic properties (Reichmann et al, 2011), sintering (Sample et al, 1996 ;Srinivasan, 2002 ;Marzagui & Cutard, 2004 ;Smith et al, 2006 ;Subramaniam, 2006 ;Courtois et al, 2011 ;Joly-Pottuz et al, 2011 ;Podor et al, 2012), thermal decomposition (Gualtieri et al, 2008 ;Claparède et al, 2011 ;Goodrich & Lattimer, 2011 ;Hingant et al, 2011), crystallisation (Gomez et al, 2009 in melts (Imaizumi et al, 2003 ;Hillers et al, 2007) and study of self-repairing -self-healingproperties of materials …”

Section: Application Domains Of Ht-(e)semmentioning

confidence: 99%

In Situ Experiments in the Scanning Electron Microscope Chamber

Podor¹,

Ravaux²,

Brau³

2012

Scanning Electron Microscopy

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Section: Application Domains Of Ht-(e)semmentioning

confidence: 99%

In Situ Experiments in the Scanning Electron Microscope Chamber

Podor¹,

Ravaux²,

Brau³

2012

Scanning Electron Microscopy

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“…A number of researchers have used the ESEM with a heating stage to carry out in situ studies of dynamic processes in metallic systems at high temperatures [2][3][4]. One of these papers [2] represents a preliminary study of a metallic system in the semi-solid state.…”

Section: An Environmental Scanning Electron Microscope (Esem) Is a Momentioning

confidence: 99%

In Situ Environmental Scanning Electron Microscopy (ESEM) of Semi-Solid Samples

Smith

Atkinson

Hainsworth

et al. 2006

SSP

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Abstract. The ESEM (Environmental Scanning Electron Microscope) is an instrument that circumvents a limitation of conventional SEM, in that samples can be examined in a gaseous atmosphere rather than a vacuum. With a heating stage, dynamic processes can be observed in situ at high temperature. In this study, A201 aluminium alloy samples with globular structures have been examined in the semisolid region. In addition, a manipulator has been installed onto the heating stage to allow the probing of semi-solid surfaces. The paper shows the potential for manipulating semi-solid materials in order to better understand thixotropic phenomena.

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“…This combination allows studying directly sample morphology modifications occurring during sample heat-treatment. It has been successfully used to study several phenomena such as the corrosion of metals (Jonsson et al, 2011), oxidation of metals (Oquab & Monceau (2001); Schmid et al (2002); Reichmann et al (2008); Mège-Revil et al (2009) ;Quémarda et al (2009); Delehouzé et al (2011)), reactivity at high temperature (Maroni et al (1999); Boucetta et al (2012)), phase changes (Fischer et al (2004); Hung et al (2007); , hydrogen desorption (Beattie et al ( , 2011, redox reactions (Klemensø et al (2006), microstructural modifications (Bestmann et al (2005);Fielden (2005); Yang (2010)), magnetic properties (Reichmann et al (2011)), sintering (Sample et al (1996); Srinivasan (2002); Marzagui & Cutard (2004); Subramaniam (2006); Courtois et al (2011);Joly-Pottuz et al (2011);Goel et al (2012); Podor et al (2012)), thermal decomposition (Gualtieri et al (2008); Claparède et al (2011);Hingant et al (2011);Goodrich & Lattimer (2012)), crystallisation (Gomez et al (2009)) in melts (Imaizumi et al (2003); Hillers et al (2007); Vigouroux et al (2013)) and the self-repairing -self-healing -properties of materials (Wilson & Case (1997); Coillot et al (2010Coillot et al ( , 2011.…”

Section: Introductionmentioning

confidence: 99%