User contributions for Metallos~commonswiki

28 February 2015

• 02:2802:28, 28 February 2015 diff hist +352 N Commons:Deletion requests/File:World-steel-stats-1910-2012-greek.png Starting deletion request
• 02:2502:25, 28 February 2015 diff hist +654 N File:World-steel-stats-greece-1943-2012.png User created page with UploadWizard

26 February 2015

• 02:0402:04, 26 February 2015 diff hist +276 User talk:MARKELLOS File:World-steel-stats-greek-1943-2004.png has been nominated for deletion
• 02:0402:04, 26 February 2015 diff hist +272 N Commons:Deletion requests/File:World-steel-stats-greek-1943-2004.png Starting deletion request
• 02:0202:02, 26 February 2015 diff hist +266 User talk:Alaniaris File:Steel-stats-greece-1990-2007.png has been nominated for deletion
• 02:0202:02, 26 February 2015 diff hist +283 N Commons:Deletion requests/File:Steel-stats-greece-1990-2007.png Starting deletion request

3 June 2008

• 01:4701:47, 3 June 2008 diff hist +815 N File:Ferrite-perlite-steel-A285.jpeg {{Information |Description=Ferrite (light gray) and perlite (dark gray) in carbon steel A285 (% wt.: 0.18 C, 0.43 Mn, 0.009 P, 0.026 S). |Source=A. J. Duncan, K. H. Subramanian, R. L. Sindelar, K. Miller, A. P. Reynolds, and Y. J. Chao, "J-integral fract
• 01:3401:34, 3 June 2008 diff hist +27 m File:Intergranular corrosion.JPG +cat

27 May 2008

• 02:4202:42, 27 May 2008 diff hist +556 N File:Stainless-steel-304-austenite-fracture.jpeg {{Information |Description=Fracture surface morphology of 304 stainless steel in high-dissolved oxygen environment. |Source=[http://www.ne.anl.gov/capabilities/cmm/highlights/fatigue_testing.html Argonne National Laboratory, "Corrosion and Mechanics of M

9 January 2008

• 02:4102:41, 9 January 2008 diff hist +502 N File:Dqsk-steel-bainitic-weld-tem-image.png {{Information |Description=Bainitic zone in welding of DQSK (draw quality semi-killed) steel (mild steel). Transmission electron microscopy (TEM) image. |Source=[http://mc-mjnde.ornl.gov/PNGV/Microstructure/JHorton/WeldMicro.html Oak Ridge National Labor

8 December 2007

• 02:4902:49, 8 December 2007 diff hist +2 m File:Cu-alloy-colours.svg →Summary
• 02:4802:48, 8 December 2007 diff hist +808 N File:Cu-alloy-colours.svg {{Information |Description=Copper and copper-alloy colours. * C11000 — Copper (Cu 99,9%) * C22000 — Commercial bronze, 90% (Cu 90%, Zn 10%) * C23000 — Red brass, 85% (Cu 85%, Zn 15%) * C26000 — Cartridge brass, 70% (Cu 70%, Zn 30%)
• 02:4002:40, 8 December 2007 diff hist +28 File:Bainita.jpg +category
• 02:3302:33, 8 December 2007 diff hist +47 m File:T-T-T-diagram.svg →Summary
• 02:3102:31, 8 December 2007 diff hist +549 N File:T-T-T-diagram.svg {{Information |Description=Time-Temperature-Transformation (TTT) diagram for two steels: one with 0.4% wt. C (red line) and one with 0.4% wt. C and 2% wt. Mn (green line). |Source=Self-made with info from [http://www.msm.cam.ac.uk/phase-trans/2000/C9/lect

2 December 2007

• 02:1402:14, 2 December 2007 diff hist 0 File:Work-hardening-CuNi9Sn2.svg uploaded a new version of "Image:Work-hardening-CuNi9Sn2.svg": {{Information |Description=Work hardening effects on the yield strength (''σ_y''), the ultimate tensile strength (''σ_u''), and the elongation (''A'') of a copper&nda

1 December 2007

• 04:1004:10, 1 December 2007 diff hist +43 m File:Cu-Ni-annealing.svg →Summary
• 04:0904:09, 1 December 2007 diff hist +118 m File:Cu-Ni-annealing.svg →Summary
• 04:0704:07, 1 December 2007 diff hist +503 N File:Cu-Ni-annealing.svg {{Information |Description=The effect of annealing on the Brinell hardness (HD) of copper–nickel alloys. |Source=Self-made with data from [http://www.copper.org/applications/cuni/txt_DKI.html DKI German Copper Institute Booklet: Copper nickel alloys
• 03:4303:43, 1 December 2007 diff hist +529 N File:Work-hardening-structural-steel.svg {{Information |Description=A (not very accurate) sketch showing the effect of work-hardening on common structural steel (such as A36). Curve I shows the strain&stress relation in one typical tensile test. Curve II shows the strain&stress relation in a ten
• 03:3503:35, 1 December 2007 diff hist +619 N File:Work-hardening-CuNi9Sn2.svg {{Information |Description=Work hardening effects on the yield strength (''σ_y''), the ultimate tensile strength (''σ_u''), and the elongation (''A'') of a copper–nickel alloy CuNi9Sn2. |Source=Self-made with data from [http:
• 03:1503:15, 1 December 2007 diff hist +1 m File:Al-Cu-phase-diagram-partial-greek.svg No edit summary
• 03:1403:14, 1 December 2007 diff hist +424 N File:Al-Cu-phase-diagram-partial-greek.svg {{Information |Description=Partial phase diagram of aluminum–copper. The range of ''duralumin'' type of alloys is shaded. Legend in Greek. |Source=Self-made by adaptation of similar diagram from Commons. |Date=2007/11/30 |Author= [[User:Metallos|Met

24 November 2007

• 19:0419:04, 24 November 2007 diff hist +1,244 N File:Steel 035 water quenched.png {{Information |Description={{en|0.35%C Steel, water quenched from 870°C Taken during my engineering course at en:Nanyang Technological University}} |Source=Transfered from [http://en.wikipedia.org en.wikipedia] Transfer was stated to be made by [[U

18 November 2007

• 01:2801:28, 18 November 2007 diff hist +98 File:DeQuille-gold-amalgamation-arastra.jpg →Summary: +more source info
• 01:2001:20, 18 November 2007 diff hist +402 N File:Reed-gold-mine-amalgamation-tables.jpeg {{Information |Description=Inclined amalgamation tables for gold extraction from ore. Reed Gold Mine, NC, USA. |Source=From [http://www.nps.gov/history/nr/publications/bulletins/nrb42/mi3.htm US Department of the Interior, National Park Service]. |Date=Un
• 01:1301:13, 18 November 2007 diff hist +324 N File:DeQuille-gold-amalgamation-arastra.jpg {{Information |Description=Wooden amalgamation ''arastra'' which was treaded by horses. |Source=From Dan DeQuille (William Wright), ''History of the Big Bonanza'', pp. 47-108. |Date=1877 |Author=Dan DeQuille (William Wright) |Permission= |other_versions=
• 00:4100:41, 18 November 2007 diff hist +551 N File:Ag-Au-Cu-colours-greek.svg {{Information |Description=Approximate colours of Ag–Au–Cu alloys, which are commonly used in jewelery making. Titles in Greek. |Source=Self-made with data from [http://www.ganoksin.com/borisat/nenam/gom-metals_for_enameling.htm Woodrow Carpen

17 November 2007

• 22:2522:25, 17 November 2007 diff hist +326 N File:Pan-amalgamation-nevada-usa-1900.jpeg {{Information |Description=Gold amalgamation tanks in the California Pan Mill, Carson River, Virginia City, Nevada, USA. Circa 1900. |Source=From [http://ndep.nv.gov/BCA/CarsonRiver/criver_2.htm] |Date=pre 1900 |Author=Unknown |Permission= |other_versions
• 22:1822:18, 17 November 2007 diff hist +507 N File:Ag-Au-Cu-phase-diagram-greek.svg {{Information |Description=Phase diagram (''liquidus'' curves) for Ag–Au–Cu alloys. Such alloys are very common in jewelery production. Legends in Greek. |Source=Self-made with data from: H. Baker ''et al.'' (editors), ''ASM Handbook'', vol. 3
• 22:1422:14, 17 November 2007 diff hist +452 N File:Sn-Ag-Cu-phase-diagram-greek.svg {{Information |Description=Phase diagram (''liquidus'' curves) for Sn–Ag–Cu alloys. Such alloys are used with mercury to produce dental amalgams. Titles are in Greek. |Source=Self-made with data from [http://www.metallurgy.nist.gov/phase/solde

3 November 2007

• 18:0018:00, 3 November 2007 diff hist −13 m File:Gold heap leaching.jpeg No edit summary
• 17:5917:59, 3 November 2007 diff hist −12 m File:Gold heap leach pond.jpg →Summary
• 17:5617:56, 3 November 2007 diff hist +334 N File:Gold heap leach pond.jpg {{Information |Description=Netted solution pond next to cyanide heap leaching of gold ore near Elko, Nevada. |Source=[http://www.fws.gov/news/issues/cyanide3.html] |Date=1992 |Author=See Source. |Permission= |other_versions= }} Category:Mining [[Cat
• 17:5217:52, 3 November 2007 diff hist +64 m File:Gold heap leaching.jpeg →Summary: +cat
• 17:5117:51, 3 November 2007 diff hist +7 m File:Gold heap leaching.jpeg →Summary
• 17:5017:50, 3 November 2007 diff hist +252 N File:Gold heap leaching.jpeg {{Information |Description=Cyanide leaching "heap" at a gold mining operation near Elko, Nevada. |Source=[www.fws.gov/news/issues/cyanide3.html] |Date=1992 |Author=see Source. |Permission= |other_versions= }}

27 October 2007

• 12:0012:00, 27 October 2007 diff hist +461 N File:Spinning Ore Crushers.jpeg {{Information |Description=Gold ore grinding mills. Fort Knox Mine, Alaska, USA. |Source=[http://www.flickr.com/photos/99584876@N00/933799062/ Spinning Ore Crushers] |Date=July 05, 2007 at 14:14 |Author=[http://www.flickr.com/people/99584876@N00 Nick Bon

26 October 2007

• 01:2201:22, 26 October 2007 diff hist 0 File:Pb-predom-diagram.svg uploaded a new version of "Image:Pb-predom-diagram.svg": {{Information |Description=Predominance diagram (or Kellogg) diagram for lead in equilibrium with SO₂–O₂ gases at 600°C (typical PbS roasting temperature). |Source=
• 01:1501:15, 26 October 2007 diff hist +185 N Commons:Deletion requests/Image:Zn-predom-diagram-greek.svg ←Created page with 'This image has been replaced with image:Zn-predom-diagram.svg, which is of better quality. Both images were created by me. --~~~~'
• 01:1001:10, 26 October 2007 diff hist 0 m File:Zn-predom-diagram.svg →Summary
• 01:0801:08, 26 October 2007 diff hist +11 m File:Zn-predom-diagram.svg →Summary
• 01:0701:07, 26 October 2007 diff hist +392 N File:Zn-predom-diagram.svg {{Information |Description=Predominance diagram (or Kellogg diagram) for zinc in equilibrium with SO₂–O₂ gases. |Source=Self-made, with data from software FactSage 5.3. |Date=2007/10/25 |Author= Metallos }} [

25 October 2007

• 01:3901:39, 25 October 2007 diff hist +368 N File:Pb-predom-diagram.svg {{Information |Description=Lead predominance diagram (Kellogg diagram) at 600°C (typical PbS roasting temperature). |Source=Self-made, with data from software FactSage 5.3 |Date=2007/10/24 |Author= Metallos }} [[Category:Thermodynamics
• 01:3301:33, 25 October 2007 diff hist +574 N File:Ellingham-diagram-greek.svg {{Information |Description=Ellingham diagram giving the free energy of formation of metal oxides and the corresponding oxygen partial pressure at equilibrium. Labels in Greek. |Source=Self-made with most data from here [http://www.msm.cam.ac.uk/doitpoms/
• 01:1501:15, 25 October 2007 diff hist +20 m File:Cu-pourbaix-diagram.svg No edit summary
• 01:1401:14, 25 October 2007 diff hist +441 N File:Zn-pourbaix-diagram.svg {{Information |Description=Pourbaix diagram for zinc in simple non-complexing aqueous solutions (anions other than OH^- not considered). Ion concentration 0.001 m (mol/kg water). Temperature 25°C. |Source=Self-made, with data from software Fact
• 01:0801:08, 25 October 2007 diff hist +439 N File:Au-pourbaix-diagram.svg {{Information |Description=Pourbaix diagram for gold in simple non-complexing aqueous solutions (anions other than OH^- not considered). Ion concentration 0.001 m (mol/kg water). Temperature 25°C. |Source=Self-made, with data from software Fact
• 01:0201:02, 25 October 2007 diff hist 0 File:Fe-pourbaix-diagram.svg uploaded a new version of "Image:Fe-pourbaix-diagram.svg": {{Information |Description=Iron Pourbaix diagram for simple non-complexing aqueous solutions. No anions considered other than OH^-. Ion concentration 0.001 m (mol/kg water). Temperat

24 October 2007

• 03:4603:46, 24 October 2007 diff hist +406 N File:Fe-pourbaix-diagram.svg {{Information |Description=Pourbaix diagram of iron in uncomplexed media (anions other than OH^- not considered). Ion concentration 0.001 m (mol/kg water). Temperature 25°C. |Source=self-made, with data from software FactSage version 5.3. |Date