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rhodamine

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…information, visit http://info.hotims.com/49746-501. Forensic scientist Lisa Carson examines a fingerprint treated with Rhodamine and illuminated with a laser. The Rhodamine causes the print to fluoresce under the laser. (Photo Credit: Ms. Elizabeth Lorge (ARNEWS)) Figure 2. One of the advantages…

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…information, visit http://info.hotims.com/49746-501. Forensic scientist Lisa Carson examines a fingerprint treated with Rhodamine and illuminated with a laser. The Rhodamine causes the print to fluoresce under the laser. (Photo Credit: Ms. Elizabeth Lorge (ARNEWS)) Figure 2. One of the advantages…

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…information, visit http://info.hotims.com/49746-501. Forensic scientist Lisa Carson examines a fingerprint treated with Rhodamine and illuminated with a laser. The Rhodamine causes the print to fluoresce under the laser. (Photo Credit: Ms. Elizabeth Lorge (ARNEWS)) Figure 2. One of the advantages…

Forensic Lasers Meet Unique Challenges in Military Applications in Afghanistan and Stateside

Forensic Lasers Meet Unique Challenges in Military Applications in Afghanistan and Stateside

…which preferentially bind to the lipids and other trace organics and inorganics in a print. The surface is then exposed to the highly fluorescent rhodamine 6G dye which clings persistently to the ethyl or methyl cyanoacrylate (superglue). As a result, when viewed through the wavelength selective…

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…that preferentially bind to the lipids and other trace organics and inorganics in a print. The surface is then exposed to the highly fluorescent Rhodamine 6G dye, which sticks to the Super Glue. During my first deployment in 2011, we switched from illuminating the dye using a simple filtered lamp,…

Forensic Lasers Meet Unique Challenges in Military Applications in Afghanistan and Stateside

Forensic Lasers Meet Unique Challenges in Military Applications in Afghanistan and Stateside

…which preferentially bind to the lipids and other trace organics and inorganics in a print. The surface is then exposed to the highly fluorescent rhodamine 6G dye which clings persistently to the ethyl or methyl cyanoacrylate (superglue). As a result, when viewed through the wavelength selective…

Untitled-1

Untitled-1

…that preferentially bind to the lipids and other trace organics and inorganics in a print. The surface is then exposed to the highly fluorescent Rhodamine 6G dye, which sticks to the Super Glue. During my first deployment in 2011, we switched from illuminating the dye using a simple filtered lamp,…

Forensic Lasers Meet Unique Challenges in Military Applications in Afghanistan and Stateside

Forensic Lasers Meet Unique Challenges in Military Applications in Afghanistan and Stateside

…which preferentially bind to the lipids and other trace organics and inorganics in a print. The surface is then exposed to the highly fluorescent rhodamine 6G dye which clings persistently to the ethyl or methyl cyanoacrylate (superglue). As a result, when viewed through the wavelength selective…

Untitled-1

Untitled-1

…that preferentially bind to the lipids and other trace organics and inorganics in a print. The surface is then exposed to the highly fluorescent Rhodamine 6G dye, which sticks to the Super Glue. During my first deployment in 2011, we switched from illuminating the dye using a simple filtered lamp,…

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…which preferentially bind to the lipids and other trace organics and inorganics in a print. The surface is then exposed to the highly fluorescent Rhodamine 6G dye, which clings persistently to the ethyl or methyl cyanoacrylate (superglue). As a result, when viewed through the wavelength selective…

Layout 1

Layout 1

…which preferentially bind to the lipids and other trace organics and inorganics in a print. The surface is then exposed to the highly fluorescent Rhodamine 6G dye, which clings persistently to the ethyl or methyl cyanoacrylate (superglue). As a result, when viewed through the wavelength selective…

Layout 1

Layout 1

…which preferentially bind to the lipids and other trace organics and inorganics in a print. The surface is then exposed to the highly fluorescent Rhodamine 6G dye, which clings persistently to the ethyl or methyl cyanoacrylate (superglue). As a result, when viewed through the wavelength selective…

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