David Scheuing
9 SlideShares 11 Seguidores 1 Seguindo
Personal Information
Organização/Local de trabalho
San Francisco Bay Area United States
Cargo
Research Director at Clorox Services Company
Setor
Consumer Products
Site
http://www.thecloroxcompany.com
Sobre
Experienced in solving problems with cleaning products and coatings systems via traditional analytical chemistry. Interested in the applications of vibrational spectroscopy to the characterization of "real world" surfaces and self-assembling aggregates of surfactants and polymers. Experienced in the formulation of laundry detergents and additives, consumer and professional cleaning products that provide antimicrobial benefits. Specialties: Analytical chemistry, FT-IR spectroscopy, Physical chemistry of surfactants and colloidal systems, water-soluble polymers, interfacial phenomena, including interactions of oxidants and disinfectants with microbes.
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surface modification polymer ft-ir adsorption surfactant polyelectrolyte micelle surface spectroscopy polyelectrolyte complex cleaner oil water interface dynamic light scattering zeta potential phase behavior qcm-d pec consumer vibrational spectroscopy conference surfactants in solution curvature cleaning product fragrance triglycerides fats antibacterial 2018 aocs meeting surfactant & detergents division american oil chemist's society laundry household surface engineering static light scattering cpg consumer product fragrance solubilization hydrophile lipophile difference dls quartz crystal microbalance light scattering scattering household ge clorox analytical chemistry
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Apresentações

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Application of FT-IR to Studies of Surfactant Behavior

Há 10 anos • 2213 Visualizações

New Horizons Conference Consumer Specialty Products Association 2008 - Scheuing

Há 10 anos • 1248 Visualizações

FT-IR & Phase Behavior Studies of Polymer-Surfactant Interactions

Há 10 anos • 1714 Visualizações

Phase behavior and characterization of Polyelectrolyte Complexes

Há 9 anos • 2180 Visualizações

Measurement and application of equivalent alkane carbon number

Há 9 anos • 1862 Visualizações

Application of the Hydrophile Lipophile Difference microemulsion model

Há 9 anos • 1477 Visualizações

Phase behavior and characterization of PECs AIChE 2014

Há 9 anos • 1952 Visualizações

Rosen award address for distribution

Há 5 anos • 106 Visualizações

Water Soluble Polymers in Household Cleaning Products - Benefits and Mechanisms

Há 5 anos • 565 Visualizações

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How to Make Content Go Viral by Morgan Quinn - FinCon '14

Morgan Quinn • Há 9 anos
Personal Information
Organização/Local de trabalho
San Francisco Bay Area United States
Cargo
Research Director at Clorox Services Company
Setor
Consumer Products
Site
http://www.thecloroxcompany.com
Sobre
Experienced in solving problems with cleaning products and coatings systems via traditional analytical chemistry. Interested in the applications of vibrational spectroscopy to the characterization of "real world" surfaces and self-assembling aggregates of surfactants and polymers. Experienced in the formulation of laundry detergents and additives, consumer and professional cleaning products that provide antimicrobial benefits. Specialties: Analytical chemistry, FT-IR spectroscopy, Physical chemistry of surfactants and colloidal systems, water-soluble polymers, interfacial phenomena, including interactions of oxidants and disinfectants with microbes.
Marcadores
surface modification polymer ft-ir adsorption surfactant polyelectrolyte micelle surface spectroscopy polyelectrolyte complex cleaner oil water interface dynamic light scattering zeta potential phase behavior qcm-d pec consumer vibrational spectroscopy conference surfactants in solution curvature cleaning product fragrance triglycerides fats antibacterial 2018 aocs meeting surfactant & detergents division american oil chemist's society laundry household surface engineering static light scattering cpg consumer product fragrance solubilization hydrophile lipophile difference dls quartz crystal microbalance light scattering scattering household ge clorox analytical chemistry
Ver mais