PROTECT WHAT MATTERS. JRM Chemical’s linear anionic polymers for soil erosion and waterway applications work safely and efficiently secure and protect the earth’s resources. Our professional polymer products get the

Source URL: www.soilmoist.com

Wrapping carbon nanotubes in polymers enhances their performance

Source URL: phys.org

• Matter
• Carbon nanotube
• Materials science
• Polymer
• Carbon
• Carbon nanotubes in medicine
• Carbon nanotube field-effect transistor
• Carbon nanotubes
• Chemistry
• Emerging technologies

ENVIRONMENTAL SPILL ENCAPSULANT POLYMERS H-100 HYDROCARBON ENCAPSULANT H-100 is an environmentally safe homopolymer that effectively encapsulates petroleum and other

Source URL: www.soilmoist.com

• Petroleum products
• Fuels
• Soil contamination
• Liquid fuels
• Oils
• Petroleum
• Hydrocarbon
• Diesel fuel
• Kerosene
• Chemistry
• Soft matter
• Matter

Experiment 3: Conversion of polyacrylamide to sodium polyacrylate salt and subsequent conversions to poly(acrylic acid). Aim: (a) To convert PAM produced in Experiment #1 to sodium polyacrylate (NaPAA) and measure its i

Source URL: www.chemistry2011.org

• Sodium compounds
• Oxidizing agents
• Physical chemistry
• Polyelectrolyte
• Polyacrylic acid
• Polymer
• Sodium hydroxide
• Base
• Hydrogen chloride
• Chemistry
• Polymers
• Polymer chemistry

CURRICULUM VITAE Dr. Arjulizan Rusli Polymer Engineering Programme School of Materials & Mineral Resources EngineeringNibong Tebal, Pulau Pinang Tel:

Source URL: material.eng.usm.my

• Molecular electronics
• Organic semiconductors
• Polymer chemistry
• Polymer
• Epoxy
• Plasticizer
• Poly
• Plastic
• Thermoplastic
• Chemistry
• Organic polymers
• Materials science

SOIL EROSION POLYMERS JRM Chemical offers a full line of quality and diverse linear anionic polymers for the professional in the erosion industry. The products vary in molecular weight, charge density and form to perform

Source URL: www.soilmoist.com

• Gels
• Neurotoxins
• Polyacrylamide
• Polymer
• Soil
• Pump
• Turbidity
• Chemistry
• Polyelectrolytes
• Water pollution

Experiment 5: Swelling and solute transport properties of hydrogels. Aim: (a) To study the response of polyacrylamide hydrogel networks (synthesized in experiment 4) to temperature and ionic strength/ composition of the

Source URL: www.chemistry2011.org

• Gels
• Polymers
• Solution
• Dissolution
• Molecular diffusion
• Swelling
• Polyacrylamide
• SDS-PAGE
• Superabsorbent polymer
• Chemistry
• Physical chemistry
• Dosage forms

Researchers develop safer electrolytes and use novel technique to assess them

Source URL: phys.org

• Polymers
• Electrochemistry
• Molecular electronics
• Organic semiconductors
• Membrane technology
• Lithium-ion battery
• Electrolyte
• X-ray photoelectron spectroscopy
• Polymer
• Chemistry
• Physical chemistry
• Battery

Experiment 2: Characterization of polyacrylamide (PAM) by viscometry and gel permeation chromatography (optional) Aim: (a) To determine the intrinsic viscosity and molecular weight of polyacrylamide (synthesized in exper

Source URL: www.chemistry2011.org

• Chemistry
• Materials science
• Measuring instruments
• Polymers
• Continuum mechanics
• Viscometer
• Intrinsic viscosity
• Gel permeation chromatography
• Molar mass distribution
• Viscosity
• Physics
• Fluid dynamics

Study points the way toward producing rubber from lettuce

Source URL: phys.org

• Organic polymers
• Cichorieae
• Matter
• Materials science
• Lactuca
• Natural rubber
• Lactuca serriola
• Lettuce
• Bolting
• Rubber
• Chemistry
• Elastomers