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Inverse Approach to Food Web Modeling Offers New Insights into Ecosystem Stability

Inverse Approach to Food Web Modeling Offers New Insights into Ecosystem Stability
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Robert mayGabriel gellnerLaura thomsonjulAlan hastingsKevin mccannProceedings of the national academy sciencesUniversity of guelphNational academyTech industry focus

Scientists Reveal How to Make Pt-Ni Nanoparticles More Active for Oxygen Reduction

Platinum (Pt) can act as a catalyst to make reactive oxygen ions for many applications. In this research, scientists used a method called electrochemical cycling to modify the surface of Nickel (Ni)/Pt nanoparticles.

Japan generalSlovak republicLaura thomsonjulSafarik universityArgonne national laboratoryInstitute for materials researchTohoku universityOffice of scienceSlovak researchEngineering divisionResearchers at argonne national laboratoryDevelopment agencyMaterials sciencesOffice of basic energy scienceDepartment of energyOffice of science scientific user facilities division

New Automated Analysis Method can Identify and Quantify Microplastic Particles

How high are concentrations of microplastics in the environment, in our drinking water or in foods- Researchers at the Technical University of Munich (TUM) have developed an automated analysis method for the identification and quantification of particles.

Laura thomsonjulNatalia ivlevaTechnical university of munichTechnical universityAnalytical chemistryWater chemistryIdentified through lightAdvanced materials showParticle typer

X-Ray Technique Reveals How Pt-Ni Nanoparticles Change Under Operational Conditions

Platinum (Pt) can act as a catalyst to make reactive oxygen ions for many applications. In this research, scientists used a method called electrochemical cycling to modify the surface of Nickel (Ni)/Pt nanoparticles.

Slovak republicJapan generalLaura thomsonjulOffice of scienceTohoku universityDepartment of energySlovak researchOffice of basic energy scienceDevelopment agencyEngineering divisionOffice of science scientific user facilities divisionMaterials sciencesSafarik universityResearchers at argonne national laboratoryInstitute for materials researchArgonne national laboratory

New 3D Fuel Cell Technology Improves Stability and Performance

A research team led by Dr. Yoo Sung Jong of the Hydrogen and Fuel Cell Research Center at the Korea Advanced Institute of Science and Technology (KIST) has developed a fuel cell technology with high stability over a long period of time and improved power density compared to conventional fuel cells by introducing three-dimensional structure control technology.

South koreaLaura thomsonjulCell research centerSolutions for polymer analysis developmentKorea advanced institute of scienceSolutions for polymer analysis development industryYoo sung jongFuel cell research centerKorea advanced institutePolymer analysisDevelopment industry focus