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Chemical Reactins on the Water Surface

Researchers at the University of Regensburg, led by Professor Dr. Burkhard König, Institute of Organic Chemistry, have developed a new synthesis method: Light reaction on a water surface allows ch ...

Ruthm-gschwind , Wagner-silva , University-of-regensburg , Ming-tian , Synthesis-methods , Ynthesis , Hemical-reactions ,

Response to Letter in regards to A Response to: Efficacy of the Use of

Response to Letter in regards to A Response to: Efficacy of the Use of the Calgary Family Intervention Model in Bedside Nursing Education: A Systematic Review [Letter]

Calgary-family-intervention-model , Bedside-nursing-education , Eligibility-criteria , Information-sources , Search-strategy , Selection-process , Data-collection-process , Data-items , Study-risk , Bias-assessment , Effect-measures

Scientists Make Thin Films From Avocado Leaves

A recent study published in the journal Scientific Reports focuses on the development of nanoscale lead sulfide (PbS) thin films using avocado leaf extracts via the chemical bath deposition technique.

Dambi-dollo , Oromiya , Ethiopia , Scientific-reports , Thin-films , Synthesis-methods , Dambi-dollo-town , Chemical-bath , Lead-sulfide , Pbs-thin-films-using-avocado-leaf ,

Fabricating Pure Single Crystalline Monoclinic Ag2Te Nanorods

A new two-step approach enables silver tellurium nanorod synthesis with extremely pure monoclinic crystalline nature via chemical cementation, with tellurium nanorods acting as a reduction agent and a template as well.

Pomorzev-shutterstock , Materials-chemistry , Synthesis-methods , Step-synthesis ,

Green, Antibacterial Fabric Coating with Nearly 100% Efficiency

The creation of plant-mediated silver nanoparticles (AgNPs) for fabric coating applications is the topic of a recent study, with results demonstrating 99.99% efficiency.

Kateryna-kon-shutterstock , Materials-today , Antibacterial-fabric-coating , Silver-nanoparticles , Synthesis-methods , Novel-method , Producing-plant-mediated-silver ,

At This Hour With Kate Bolduan-20211202-16:52:00

it can help distinguish components in the drug. >> we may call it heroin, refer to it as heroin, but it usually isn't. sometimes other cutting agents and then sometimes very dangerous chemicals. >> what we've seen more recently, especially during covid, is big supply chain disruptions of established cartels, so you have a lot more experimentation, a lot more -- a lot of new chemicals, synthesis methods being used to manufacture the same end product that's all being called heroin or fentanyl, but what's actually in them is being changed. >> these machines may represent the future, but for now they are costly. just a handful of groups like louise's around the country even have access to them, which is

Drug , Heroin , Components , It-heroin , Covid , Chemicals , Isn-t , Supply-chain-disruptions , Cutting , Agents , Lot , End