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One of the most common problems in all of chemistry and materials science: how to get rid of stains. From a scientific perspective, oil on the garage floor, red wine on a white rug, and chewing gum on your pants seat all present different cleaning challenges (at least until self-cleaning clothes hit the market). Let’s look at how stains work, and how we can use chemistry to remove them.

“The strong U.S. economy should benefit all of us,” he added. “We’re looking forward to a prosperous 2019 for us and for the entire plastics industry.”

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What: Photofest 2018When: 8 a.m.-11:30.p.m. Daily through Jan. 14Where: The Artport Gallery, 3300 Capital Circle SW Cost: FreeContact: For more information, call 850-224-2500 or visit http://coca.tallahasseearts.org/art-in-public-places/artport-gallery.   Amanda Sieradzki is the feature writer for the Council on Culture & Arts. COCA is the capital area’s umbrella agency for arts and culture (www.tallahasseearts.org).  

Her hard news journalism bona fides were earned while working on the CBS news magazine West 57th, then as an investigative report for 60 Minutes.

When possible, use a surfactant to remove the stain on the surface. That may not be enough, so also apply an oxidizer to knock out the chromophores. For example, you might start with dish soap and follow it up with hydrogen peroxide.

Inventor(s): Scott L. Frederick (Brighton, MI), Scott P. Robison (Dexter, MI) Assignee(s): Toyota Motor Engineering Manufacturing North America, Inc. (Plano, TX) Law Firm: Darrow Mustafa PC (2 non-local offices) Application No., Date, Speed: 15483091 on 04/10/2017 (610 days app to issue)

A bottle of ultramarine blue made from lapis lazuli; Naples Yellow; a murex shell (in ancient times, ten thousand of the shells would be ground up to produce a gram of purple pigment); lead buckle, which was used for white pigment, although it eventually turns black; Lead-Tin Yellow, which was replaced by Naples Yellow when the new color was introduced, and later rediscovered.

The Plastics Group of America has added new customers in what Executive Vice President Mike Rosenthal has described as “a very busy, very good year for the Woonsocket, R.I.-based firm. TPG in 2018 has seen growth in filled PP materials for recreational vehicles, gun stocks, housewares and other products, he said.

Moreover, the SERS effect of M, T, MT, MG, MTG, cMGT, and MGT substrates to CuPc molecules was compared to further confirm the contribution of the enrichment of CuPc on MGT by porous TiO2 to the SERS effect (Fig. 4K). We observed no significant enhancement on M, T, and MT, which indicated that GO mainly contributed to the SERS effect. On the other hand, compared with MGT, MG and MTG also have multilayered GO nanosheets. However, the EF values of cMGT (4.67 × 105), MTG (1.06 × 106), and MG (3.05 × 105) were lower than that of MGT for CuPc (8.08 × 106; Table 1). Significantly, the enhancement effect of cMGT is much lower than that of MGT (about 51% Raman intensity for CuPc on MGT), which was attributed to cMGT preventing the interaction between GO and CuPc. Consequently, compared with MTG, cMGT, and MG, the significant SERS effect of MGT should be ascribed to the enrichment of CuPc on the porous TiO2 shell for MGT. Consequently, the remarkable enhanced EF toward CuPc molecules obtained at MGT substrates should be attributed to our designed ternary heterostructure: (i) the selective SERS effect of GO toward CuPc, (ii) the resonance effect of CuPc under 633-nm laser excitation, and (iii) CT between GO and TiO2 that remarkably enhances the Raman signal of CuPc and the enrichment of CuPc molecules by the porous TiO2 shell of MGT.