Sentence examples for further development of electrochemical from inspiring English sources
His works and example provided a good basis for further development of electrochemical science in Lithuania.
The "mismatch tuning" strategy is easy to generalize and could be helpful for the further development of electrochemical aptamer sensors for sensitive and rapid quantification of many target analytes.
The knowledge of carbon-oxygen surface functionalities is essential to better understand hemoglobin's electroactivity on carbon and influences the choice of carbon electrode materials for further development of hemoglobin electrochemical biosensors.
A good future is seen for further development of refined techniques for the study of electrochemical processes by various combinations of spectroscopic and electrochemical means.
The results in this paper might promote further development of the advanced catalysts for special electrochemical properties and other devices.
It is expected this new electrode architecture as well as the EOG foam will find broad applications in further development of high performance lithium ion batteries and other electrochemical energy technologies.
This work represents not only a significant step forward in the further development of low-dimensional carbon nanomaterials/small organic molecular probes-based electrochemical biosensors, but also a new platform which may be extended to the assay of other enzyme such as β-d-glycosidase and so on by translating the biorecognition into electrochemical signal responses.
Successful incorporation of the DNPH labeled nucleoside triphosphate into the DNA structure shows that selected DNA polymerase tolerates this bulky moiety and can be used, in combination with electrochemical methods utilizing m-AgSAE, in further development of various applications.
Further development of polymer electrolyte membrane (PEM) fuel cells afford a good prospect of realizing the electrochemical compression on a competitive basis.
However, their inferior electrochemical performances, especially cyclability and rate capability become the major challenge for further development of SIBs.
The electrochemical properties were characterized at stages throughout the fabrication process to provide insights and potential directions for further development of these novel cell designs.
