Add to ORKG© 2018 Author(s). Graphene can be used as sensors to detect toxic heavy metals in peripheral blood. This requires a clear understanding of adsorption process on the graphene surface. The DFT-functional method is used to calculate adsorption energy. In the article we present the calculation results and analyse interaction of Pb atom with graphene surface. It is shown that the Pb atom in B-site position on a graphene plane has a minimum of energy
Development of next-generation sensors based on graphene materials, especially epitaxial graphene (E...
Two-dimensional nanomaterials, such as graphene and hexagonal boron nitride nanosheets, have attract...
Nano-sized materials have promising contemporary and novel technological applications as they posses...
© 2018 Author(s). Graphene can be used as sensors to detect toxic heavy metals in peripheral blood. ...
The promise of graphene and its derivatives as next generation sensors for real-time detection of to...
The promise of graphene and its derivatives as next generation sensors for real-time detection of to...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Measuring the transport of electrons through a graphene sheet necessarily involves contacting it wit...
<p>The structural stability and electronic property of metal Pt atom anchors on two typical substrat...
Development of next-generation sensors based on graphene materials, especially epitaxial graphene (E...
Development of next-generation sensors based on graphene materials, especially epitaxial graphene (E...
Development of next-generation sensors based on graphene materials, especially epitaxial graphene (E...
Two-dimensional nanomaterials, such as graphene and hexagonal boron nitride nanosheets, have attract...
Nano-sized materials have promising contemporary and novel technological applications as they posses...
© 2018 Author(s). Graphene can be used as sensors to detect toxic heavy metals in peripheral blood. ...
The promise of graphene and its derivatives as next generation sensors for real-time detection of to...
The promise of graphene and its derivatives as next generation sensors for real-time detection of to...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Deep understanding of binding of toxic Lead (Pb) species on the surface of two-dimensional materials...
Measuring the transport of electrons through a graphene sheet necessarily involves contacting it wit...
<p>The structural stability and electronic property of metal Pt atom anchors on two typical substrat...
Development of next-generation sensors based on graphene materials, especially epitaxial graphene (E...
Development of next-generation sensors based on graphene materials, especially epitaxial graphene (E...
Development of next-generation sensors based on graphene materials, especially epitaxial graphene (E...
Two-dimensional nanomaterials, such as graphene and hexagonal boron nitride nanosheets, have attract...
Nano-sized materials have promising contemporary and novel technological applications as they posses...