Both the TZ tapes and Brother M series of thermal tapes have a serious shortcoming.
Then the whole flow field plate was covered with thermal adhesive tape (3M8915, 3 M Company, USA), and the tape above gas channels was selectively removed so that acetone could only flow into the gas channels and make it superhydrophobic by solvent-induced crystallization (SIC) treatment.
The transferred graphene films were characterized by optical and atomic force microscopy, Raman spectroscopy, electrical analyses, and optical transmittance measurements, and the results show that the graphenes transferred by PET/silicone have a cleaner and more continuous surface, lower doping level, and higher optical transmittance and conductivity than those transferred by thermal release tape.
However, the graphene surface is still contaminated by organic adhesive from the thermal release tape using this transfer approach, which may fairly degrade the electrical properties of the film.
And indeed, William Henderson, the senior director of marketing for the P-Touch category at Brother, suggested that the thermal M tapes were probably best stuck on things that stay indoors.
PDMS tape thermal desorption was carried out with a Thermal Desorption Unit (TDU) from Gerstel (Mülheima/d Ruhr, Germany).
The performance of this low thermal conductivity Bi-2223 tape is also introduced.
Their excellent overall performance suggests their potential applications, for example, in protective sunshades, heat insulation tape, and thermal barrier coatings.
Thin (<1 μm) transparent epitaxial NiO films were grown on oxide-free (1 0 0)[1 0 0] Ni tapes by thermal oxidation at about 1250 °C in air.
