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  • 17:48, 23 November 2019 MDerrick (talk | contribs) deleted page Melinex® (content was: "== Description == [DuPont Teijin Films] A registered trademark for a series of over 900 types of Polyester film. Melinex® films, formerly made by ICI, are made from biaxially oriented polyethylene terephthalate. Th...")
  • 17:47, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65224 of page Mylar patrolled
  • 17:46, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65223 of page Mylar patrolled
  • 17:43, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65222 of page Mylar patrolled
  • 17:42, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65221 of page Mylar patrolled
  • 17:41, 23 November 2019 MDerrick (talk | contribs) deleted page Mylar® tape (content was: "thumb|Mylar® tape == Description == See attached image. Materials database")
  • 17:40, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65220 of page Mylar patrolled
  • 17:38, 23 November 2019 MDerrick (talk | contribs) deleted page Mylar® (content was: "thumb| == Description == [DuPont Teijin Films, Hopewell, VA] A registered trademark for a series of optically clear, colorless, thermoplastic polyester films. First introduced in the ea...")
  • 17:37, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65219 of page Marvelseal 360 patrolled
  • 17:36, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65218 of page Marvelseal 360 patrolled
  • 17:36, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65217 of page Marvelseal 360 patrolled
  • 17:36, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65216 of page Marvelseal 360 patrolled
  • 17:34, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65215 of page Marvelseal 360 patrolled
  • 17:28, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65214 of page Marvelseal 360 patrolled
  • 16:46, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65213 of page Volara patrolled
  • 14:43, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65212 of page Volara patrolled
  • 14:27, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65211 of page Ethafoam patrolled
  • 14:27, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65210 of page Ethafoam UP.jpg patrolled
  • 14:27, 23 November 2019 MDerrick (talk | contribs) uploaded Ethafoam UP.jpg (Photocredit: University Products)
  • 14:26, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65209 of page Ethafoam patrolled
  • 14:22, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65208 of page Ethafoam patrolled
  • 14:22, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65207 of page Ethafoam patrolled
  • 14:21, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65206 of page Ethafoam patrolled
  • 14:20, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65205 of page Ethafoam patrolled
  • 14:19, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65204 of page Ethafoam patrolled
  • 14:19, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65203 of page Ethafoam patrolled
  • 14:17, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65202 of page Ethafoam patrolled
  • 14:16, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65201 of page Ethafoam patrolled
  • 14:11, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65200 of page Ethafoam patrolled
  • 14:10, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65199 of page Ethafoam patrolled
  • 14:09, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65198 of page Ethafoam patrolled
  • 14:09, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65197 of page Ethafoam patrolled
  • 14:06, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65196 of page Ethafoam patrolled
  • 14:05, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65195 of page Ethafoam patrolled
  • 14:05, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65194 of page Ethafoam patrolled
  • 14:03, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65193 of page Ethafoam patrolled
  • 13:59, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65192 of page Ethafoam patrolled
  • 13:58, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65191 of page Ethafoam patrolled
  • 13:57, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65190 of page Ethafoam PACCIN.jpg patrolled
  • 13:57, 23 November 2019 MDerrick (talk | contribs) uploaded Ethafoam PACCIN.jpg (Photo credit: PACCIN)
  • 13:57, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65189 of page Ethafoam patrolled
  • 13:31, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65188 of page Ethafoam patrolled
  • 13:28, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65187 of page Ethafoam patrolled
  • 13:28, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65186 of page Ethafoam patrolled
  • 13:27, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65185 of page Ethafoam patrolled
  • 13:27, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65184 of page Ethafoam patrolled
  • 13:25, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65183 of page Ethafoam patrolled
  • 13:25, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65182 of page Ethafoam patrolled
  • 13:24, 23 November 2019 MDerrick (talk | contribs) deleted page Ethafoam® (content was: "")
  • 13:22, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65181 of page Tissue paper patrolled
  • 13:08, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65180 of page Rag board patrolled
  • 13:07, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65179 of page Rag board patrolled
  • 13:03, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65178 of page Rag board patrolled
  • 13:03, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65177 of page Rag board patrolled
  • 13:00, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65176 of page Mat board patrolled
  • 13:00, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65175 of page Mat board patrolled
  • 12:58, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65174 of page Crescent RagMat Blick.jpg patrolled
  • 12:58, 23 November 2019 MDerrick (talk | contribs) uploaded Crescent RagMat Blick.jpg (Photo credit: Dick Blick Art Materials)
  • 12:40, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65173 of page Artcare (TM) Archival Foamboard patrolled
  • 12:39, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65172 of page Artcare (TM) Archival Foamboard patrolled
  • 12:38, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65171 of page Artcare (TM) Archival Foamboard patrolled
  • 12:37, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65170 of page Artcare (TM) Archival Foamboard patrolled
  • 12:35, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65169 of page Glassine patrolled
  • 12:35, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65168 of page Glassine patrolled
  • 12:31, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65167 of page Glassine patrolled
  • 12:30, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65166 of page Fome-Cor patrolled
  • 12:29, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65165 of page Fome-Cor patrolled
  • 12:29, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65164 of page Fome-Cor patrolled
  • 12:26, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65163 of page Fome-Cor patrolled
  • 12:25, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65162 of page Fome-Cor patrolled
  • 12:24, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65161 of page Fome-Cor patrolled
  • 12:23, 23 November 2019 MDerrick (talk | contribs) deleted page Fome-Cor® (content was: "thumb|Fome-Cor® == Description == [Monsanto Co., St. Louis, MO] A registered trademark for an acid-free laminated foam. Fome-Cor® is made from a rigid polystyrene core laminated with paper or plastic on both sides...")
  • 12:22, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65160 of page Gator-Foam patrolled
  • 12:21, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65159 of page Gator-Foam patrolled
  • 12:20, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65158 of page Gator-Foam patrolled
  • 12:19, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65157 of page Gator-Foam patrolled
  • 12:17, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65156 of page Gator-Foam patrolled
  • 12:16, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65155 of page Gator-foam Blickl.jpg patrolled
  • 12:16, 23 November 2019 MDerrick (talk | contribs) uploaded Gator-foam Blickl.jpg (Photo credit: Dick Blick Art Materials (2019))
  • 12:15, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65154 of page Gator-Foam patrolled
  • 12:13, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65153 of page Gator-Foam patrolled
  • 12:10, 23 November 2019 MDerrick (talk | contribs) deleted page Gator-Foam® (content was: "== Description == [International Paper Co.] A registered trademark for a laminated foamboard. Gator-Foam® is made from a rigid polystyrene core laminated with paper. The rigid, strong, flat panels are water-resistant and dimensionally...")
  • 12:09, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65152 of page Nomex patrolled
  • 12:08, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65151 of page Foamboard patrolled
  • 11:57, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65150 of page Coroplast patrolled
  • 11:40, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65149 of page Archival corrugated board patrolled
  • 11:36, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65148 of page Archival corrugated board patrolled
  • 11:26, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65147 of page Corrugated board patrolled
  • 11:23, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65146 of page Bristol board patrolled
  • 11:22, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65145 of page Bristol board patrolled
  • 11:21, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65144 of page Bristol-board-250gsm.jpg patrolled
  • 11:21, 23 November 2019 MDerrick (talk | contribs) uploaded Bristol-board-250gsm.jpg (Photo credit: JOOP STOOP, Printmakers Ink and Paper, Paris France)
  • 11:16, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65143 of page Bristol board patrolled
  • 11:13, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65142 of page Bristol board patrolled
  • 11:10, 23 November 2019 MDerrick (talk | contribs) automatically marked revision 65141 of page Bristol board patrolled
  • 15:45, 20 November 2019 EMysak (talk | contribs) uploaded Anhydrite PMA.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 15:44, 20 November 2019 EMysak (talk | contribs) uploaded Anglesite PMA.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 15:43, 20 November 2019 EMysak (talk | contribs) uploaded Alum.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 14:40, 20 November 2019 EMysak (talk | contribs) uploaded Zinc oxide (Forbes MFA 530) copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 14:39, 20 November 2019 EMysak (talk | contribs) uploaded Zinc white (Forbes MFA 529) collodion slide 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 14:34, 20 November 2019 EMysak (talk | contribs) uploaded Zinc White, Forbes 174.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 14:32, 20 November 2019 EMysak (talk | contribs) uploaded Zinc white (Forbes MFA 531), 50X, 532 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 12:21, 20 November 2019 EMysak (talk | contribs) uploaded Titanium white (Forbes MFA 535) 50X copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 12:16, 20 November 2019 EMysak (talk | contribs) uploaded Titanium oxide (Forbes MFA 536) copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:50, 20 November 2019 EMysak (talk | contribs) uploaded Titanox A (Forbes MFA 533), 50X, 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:04, 20 November 2019 EMysak (talk | contribs) uploaded Titanox (Forbes MFA 539), 50X, 532 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:01, 20 November 2019 EMysak (talk | contribs) uploaded Whiting (Forbes MFA no number), collodion slide, 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:13, 20 November 2019 EMysak (talk | contribs) uploaded Titanolith (Forbes MFA 532), 50X, 532 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 09:20, 20 November 2019 EMysak (talk | contribs) uploaded Ti dioxide (rutile), Forbes 163.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:03, 20 November 2019 EMysak (talk | contribs) uploaded Laque fine 23.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 09:49, 15 November 2019 User account AHaddad (talk | contribs) was created by MDerrick (talk | contribs)
  • 13:18, 14 November 2019 EMysak (talk | contribs) uploaded Ti dioxide (anatase), Forbes.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 13:12, 14 November 2019 EMysak (talk | contribs) uploaded Titanium oxide (Forbes MFA 537) copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 13:08, 14 November 2019 EMysak (talk | contribs) uploaded Titanium oxide (Forbes MFA 538), 50X, 532 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 13:00, 14 November 2019 EMysak (talk | contribs) uploaded Sui-sho (Forbes MFA 606), 50X, 532 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 12:41, 14 November 2019 EMysak (talk | contribs) uploaded Quartz.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 12:39, 14 November 2019 EMysak (talk | contribs) uploaded Quartz, collodion slide, 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 12:23, 14 November 2019 EMysak (talk | contribs) uploaded Meno agate (Forbes MFA 588), 50X, 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 12:21, 14 November 2019 EMysak (talk | contribs) uploaded Magnesite.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 12:20, 14 November 2019 EMysak (talk | contribs) uploaded Magnesite (HU Min. Museum 105090), 50X, 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 12:13, 14 November 2019 EMysak (talk | contribs) uploaded Lithopone (Forbes MFA 527) 50X (titanium oxide) copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 12:05, 14 November 2019 EMysak (talk | contribs) uploaded Lithopone white, 527.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 11:36, 14 November 2019 EMysak (talk | contribs) uploaded Lead white 520.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 11:33, 14 November 2019 EMysak (talk | contribs) uploaded Lead white (Forbes MFA 519), 50X, 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:32, 14 November 2019 EMysak (talk | contribs) uploaded Lead White, Oil.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 11:26, 14 November 2019 EMysak (talk | contribs) uploaded Lead sulfate 521.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 11:25, 14 November 2019 EMysak (talk | contribs) uploaded Lead sulfate (Forbes MFA 521), 50X, 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:23, 14 November 2019 EMysak (talk | contribs) uploaded Lamp black copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:13, 14 November 2019 EMysak (talk | contribs) uploaded Gypsum PMA.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 11:11, 14 November 2019 EMysak (talk | contribs) uploaded Gypsum (calcium sulfate) copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:08, 14 November 2019 EMysak (talk | contribs) uploaded Flake white (Forbes MFA 524) collodion slide 785 nm (barium sulfate) copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:31, 14 November 2019 EMysak (talk | contribs) uploaded Dolomite.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 10:22, 14 November 2019 EMysak (talk | contribs) uploaded Dolomite marble, 50X, laser 532 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:20, 14 November 2019 EMysak (talk | contribs) uploaded Calcite marble, 50X, laser 532 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:16, 14 November 2019 EMysak (talk | contribs) uploaded Calcite (Egyptian limestone).TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 10:10, 14 November 2019 EMysak (talk | contribs) uploaded Barium sulfate (525).TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 10:06, 14 November 2019 EMysak (talk | contribs) uploaded Barium sulfate (Forbes MFA 525) collodion slide, 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 09:53, 14 November 2019 EMysak (talk | contribs) uploaded Aragonite (HU Min. Museum 116189), 50X, 785 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 09:51, 14 November 2019 EMysak (talk | contribs) uploaded a new version of Aragonite 2.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 09:32, 14 November 2019 EMysak (talk | contribs) uploaded Zinc yellow, Forbes 59.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:58, 14 November 2019 EMysak (talk | contribs) uploaded Strontium Yellow.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:53, 14 November 2019 EMysak (talk | contribs) uploaded Sillimanite gemstone with organic bands.PNG (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:46, 14 November 2019 EMysak (talk | contribs) uploaded San Go coral 587.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:42, 14 November 2019 EMysak (talk | contribs) uploaded Rose toner 24.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:40, 14 November 2019 EMysak (talk | contribs) uploaded Rose Madder 103.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 07:47, 14 November 2019 EMysak (talk | contribs) uploaded Sandelwood.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 13:29, 8 November 2019 MDerrick (talk | contribs) automatically marked revision 65007 of page Medex patrolled
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  • 13:06, 6 November 2019 EMysak (talk | contribs) uploaded Rhodamine.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 13:04, 6 November 2019 EMysak (talk | contribs) uploaded Red oxide 94.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 12:54, 6 November 2019 EMysak (talk | contribs) uploaded Purpurin.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 12:52, 6 November 2019 EMysak (talk | contribs) uploaded Pink madder 8.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 12:50, 6 November 2019 EMysak (talk | contribs) uploaded Persian berries 276.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 12:17, 6 November 2019 EMysak (talk | contribs) uploaded Ocre rouge 92.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 12:08, 6 November 2019 EMysak (talk | contribs) uploaded Marello di Sale 108.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 11:59, 6 November 2019 EMysak (talk | contribs) uploaded Laque de Garance 25.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 11:47, 6 November 2019 EMysak (talk | contribs) uploaded Kermes insects.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 09:41, 6 November 2019 EMysak (talk | contribs) uploaded Goethite.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 09:18, 6 November 2019 EMysak (talk | contribs) uploaded Cochineal, clear, Forbes 40.PNG (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 09:16, 6 November 2019 EMysak (talk | contribs) uploaded Cochineal, dried insect, Forbes 40.PNG (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:58, 6 November 2019 EMysak (talk | contribs) uploaded Yellow ochre, 269.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:37, 6 November 2019 EMysak (talk | contribs) uploaded Ultramarine red, 45.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:35, 6 November 2019 EMysak (talk | contribs) uploaded Ultramarine red (Forbes MFA 45) collodion slide, 532 nm copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 08:21, 6 November 2019 EMysak (talk | contribs) uploaded Venetian red.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:20, 6 November 2019 EMysak (talk | contribs) uploaded Synthetic Venetian red (Forbes MFA 76) 50X copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 07:46, 6 November 2019 EMysak (talk | contribs) uploaded Rhodamine (Forbes MFA 44) copy.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 07:41, 6 November 2019 EMysak (talk | contribs) uploaded Realgar (Forbes MFA 213) 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 12:09, 5 November 2019 EMysak (talk | contribs) uploaded Raw sienna (Forbes MFA 257) collodion slide, 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 12:05, 5 November 2019 EMysak (talk | contribs) uploaded Raw Sienna (245).TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 12:03, 5 November 2019 EMysak (talk | contribs) uploaded Raw sienna (Forbes MFA 254) resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:33, 5 November 2019 EMysak (talk | contribs) uploaded Quercitron (Forbes MFA 225) collodion slide, 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:30, 5 November 2019 EMysak (talk | contribs) uploaded Orpiment (Forbes MFA 334), 50X, 532 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:21, 5 November 2019 EMysak (talk | contribs) uploaded Red Lead resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:18, 5 November 2019 EMysak (talk | contribs) uploaded Minium (red lead) (Forbes MFA 204) resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:14, 5 November 2019 EMysak (talk | contribs) uploaded a new version of Mars Red (Forbes MFA 85) 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:47, 5 November 2019 EMysak (talk | contribs) uploaded Mars orange (Forbes MFA 214) collodion slide, 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:45, 5 November 2019 EMysak (talk | contribs) uploaded Mars Red (Forbes MFA 85) 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:17, 5 November 2019 EMysak (talk | contribs) uploaded a new version of Mapico red, synthetic iron oxide (Forbes MFA 96) 50X resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:05, 5 November 2019 EMysak (talk | contribs) uploaded Mapico red, synthetic iron oxide (Forbes MFA 96) 50X resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 09:56, 5 November 2019 EMysak (talk | contribs) uploaded Madder lake (Forbes MFA 4) collodion slide, 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 09:48, 5 November 2019 EMysak (talk | contribs) uploaded Madder.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 09:20, 5 November 2019 EMysak (talk | contribs) uploaded Litharge (284).TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 09:09, 5 November 2019 EMysak (talk | contribs) uploaded Lemon yellow 325.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:49, 5 November 2019 EMysak (talk | contribs) uploaded Naples yellow (Forbes MFA 289) 785nm, yellow copy resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 08:36, 5 November 2019 EMysak (talk | contribs) uploaded Naples yellow (Forbes MFA 293) 50X, 532 nm resize.tif (RAMAN Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 secon...)
  • 08:32, 5 November 2019 EMysak (talk | contribs) uploaded Naples yellow 292.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 07:57, 5 November 2019 EMysak (talk | contribs) uploaded Indian yellow 300.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 07:48, 5 November 2019 EMysak (talk | contribs) uploaded Indian yellow (Forbes MFA 300), collodion slide, 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 21:30, 4 November 2019 EMysak (talk | contribs) uploaded Hematite crystals, large (Forbes MFA 70) 50X resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 21:02, 4 November 2019 EMysak (talk | contribs) uploaded Hansa Yellow 332.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 20:47, 4 November 2019 EMysak (talk | contribs) uploaded Gamboge 297.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 20:23, 4 November 2019 EMysak (talk | contribs) uploaded Gamboge (Forbes MFA 297) resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 20:22, 4 November 2019 EMysak (talk | contribs) uploaded Gamboge (Forbes MFA 296), 50X, 532 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 11:19, 30 October 2019 EMysak (talk | contribs) uploaded Gamboge (Forbes MFA 295) resize.tif (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 11:07, 30 October 2019 EMysak (talk | contribs) uploaded Gaillino di Napoli (Forbes MFA 285) resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:49, 30 October 2019 EMysak (talk | contribs) uploaded Dragon's blood (Forbes MFA 150), collodion slide 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:43, 30 October 2019 EMysak (talk | contribs) uploaded Cobalt Yellow (Forbes MFA 328) resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:36, 30 October 2019 EMysak (talk | contribs) uploaded Cobalt yellow 327.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:48, 30 October 2019 EMysak (talk | contribs) uploaded Natural Vermilion (cinnabar) Forbes 143 (quartz).PNG (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:11, 30 October 2019 Rcouseillant (talk | contribs) deleted page Brown Brocade: Kinran-BR-0010: FS (Author request: content was: "{{Asian Silk Data |Notes=A brown silk brocade in a twill weave with a supplementary dyed silk weft in a striped pattern. |Fabric Color=brown |Weaving Pattern=Stripes |Weave Structure=Twill supplementary dyed silk weft |Fi...)
  • 07:47, 30 October 2019 EMysak (talk | contribs) uploaded Chrome yellow 305.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 07:45, 30 October 2019 EMysak (talk | contribs) uploaded Chrome yellow (Forbes MFA 305) resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 07:16, 30 October 2019 EMysak (talk | contribs) uploaded Chrome orange (Forbes MFA 205) resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 07:10, 30 October 2019 EMysak (talk | contribs) uploaded Cadmium Yellow Lt, -321 (not CdS).TIF (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 07:05, 30 October 2019 EMysak (talk | contribs) uploaded Cadmium Yellow -320, 785,100 mW.TIF (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 07:02, 30 October 2019 EMysak (talk | contribs) uploaded Cadmium Yellow -316, 785, 100mW.TIF (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 17:32, 29 October 2019 KStacy (talk | contribs) uploaded Alpaca vs. llama 2 large.jpg (Image comparing the two breeds of alpaca to a llama. Image obtained from https://alpacasofmontana.com/pages/alpacas-vs-llamas-what-is-the-difference on Oct. 29, 2019.)
  • 11:26, 29 October 2019 EMysak (talk | contribs) uploaded Cadmium Lemon -319, 785,100mW.TIF (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 10:08, 29 October 2019 EMysak (talk | contribs) uploaded Cadmium sulfide 179.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 09:56, 29 October 2019 EMysak (talk | contribs) uploaded Cadmium yellow (Forbes MFA 315), 785nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 09:40, 29 October 2019 EMysak (talk | contribs) uploaded Cadmium orange (Forbes MFA 210) resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 09:05, 29 October 2019 EMysak (talk | contribs) uploaded Cadmium Red 125.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 08:50, 29 October 2019 EMysak (talk | contribs) uploaded Cadmium (Forbes MFA 318) resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 07:44, 29 October 2019 EMysak (talk | contribs) uploaded Cadmium Barium red (Forbes MFA 172), 785nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 785 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 07:07, 29 October 2019 EMysak (talk | contribs) uploaded Aureolin (Forbes MFA 342), collodion slide 785 nm resize.tif (Analyzed using Bruker Senterra instrument with Opus 5.5 software. The pigment was analyzed using 532 nm laser at a power setting of 10 over a wavelength range of 65-1555 cm-1 and resolution of 3-5 cm-1. The spectrum was integrated for 100 seconds. A...)
  • 07:04, 29 October 2019 EMysak (talk | contribs) uploaded Aureolin 342.TIF (Analyzed on a Nicolet iS10 FTIR spectrophotometer with a Nicolet Continuum microscope using Omnic 32 (version 6.0) software. Sample pressed on microdiamond cell and analyzed with transmitted radiation over a range of 4000-650 cm-1 at a resolution of 4...)
  • 09:40, 28 October 2019 MDerrick (talk | contribs) automatically marked revision 64782 of page Blue Damask: Donsu-BL-0001: FS patrolled
  • 20:09, 26 October 2019 KStacy (talk | contribs) uploaded AlpacaWool undyed colors (J.Lekavicius-Shutterstock).jpg (Undyed raw (unprocessed) Alpaca wool in different colors Photo by J.Lekavicius; obtained from Shutterstock.com as a Royalty-free stock photo ID: 514396630 Photo accessed on 10/26/2019)
  • 17:44, 26 October 2019 KStacy (talk | contribs) uploaded Huacaya.jpg (Huacaya breed of Alpaca Image obtained from https://alpaca101.com/types-of-alpacas/ Site accessed on 10/26/2019)
  • 16:28, 26 October 2019 KStacy (talk | contribs) uploaded Angora-goat.jpg (Image of Angora Goat Image obtained from Encyclopedia Britannica at https://www.britannica.com/animal/Angora-goat Source accessed October 26, 2019)
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