In addition, local electromagnetic field enhancement at the tips of branched particles and thermal conductivity enhancement make these materials a candidate for application in electromagnetic hyperthermia therapy [3, 4].
Therefore, this IPMC material is a candidate to be used as a low-cost active bending mechanism for the ultrathin scanning fiber endoscopes and future catheterscopes.
Most advanced research activity in this field identified Magnetic Czochralski (MCz) material as a candidate for the processing of such a detectors.
The results create opportunities in process technologies and applications development of this lignin matrix composite material as a candidate for thermo-plastics polymers.
The NIST is currently working on establishing a primary method, based on either isotope dilution mass spectrometry or neutron activation analysis, and has created the material for a candidate SRM, designated SRM 3951 33, 19).
The strong red emission makes this material a potential candidate for making quantum dots.
The excellent electrochemical performance makes the electrode material a promising candidate for supercapacitors.
These novel properties make the material a promising candidate for upconversion applications.
These excellent electrochemical behaviors may render this material a promising candidate as high-performance electrodes in supercapacitors.
The high optical contrast within the NIR region makes this material a good candidate for NIR device applications.
