Persistent Link: https://ieeexplore.ieee.org/servlet/opac?punumber=7361 ...

These modifications can make graphene more useful in gas sensors by favoring the adsorption of target gases, such as ammonia (NH 3). Image Credit: Tomonori Ohba from Chiba University This process ...

Abstract: In nuclear power plants (NPPs), ex-core neutron detectors are deployed around reactor cores and are essential for reactor stability, but their deterioration and malfunction can cause ...

Thus, graphene holds the potential to revolutionize gas detection systems. Against this backdrop ... the team investigated how and why graphene sheets treated by plasma with different gases can lead ...

A detection module uses five features to categorize each flow as normal or anomalous. When an attack is discovered, its source is prevented. Six ML algorithms were assessed with regard to the ...

Researchers from Japan have developed an improved gas-sensing technology by treating graphene sheets with plasma under different conditions, creating structural and chemical defects that enhance ...

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creating structural and chemical defects that enhance ammonia detection. These functionalized graphene sheets exhibited superior sensing performance compared to pristine graphene, potentially ...

Bacterial growth and the production of ammonia from urea and by deamination of peptone has been examined at various pHs in both conventional static bacterial cultures and in a continuous cultivation ...