The blends were homogeneous regardless of the amount of IL and the glass transition temperature (Tg) shifted to lower temperatures as the IL content was increased.
Figure 3 shows AFM image and cross-sectional profile of the Au grating with period of 500 nm formed by IL on a glass substrate.
The PTBO-OMC-IL gel modified glass carbon (GC) electrode displays high conductivity investigated by electrochemical method.
It was done, though, with no fanfare, and after a brief appearance in his dark glasses il Signor Michele would, as usual, slip away.
These new [sTFSI]-based ILs show low glass transitions (between −95 and −81 °C), relatively low viscosities (36 120 cP at 25 °C), good thermal stabilities (Td > 400 °C), and wide electrochemical windows.
The IL doping reduces the glass transition temperature and degree of crystallinity of CTA, increasing gas diffusivity and permeability.
Also, a significant increase in conductivity was observed with increasing IL content at the glass transition of the conductive (MMA/IL) microdomain.
Serial sagittal sections (25 µm) of the spinal cords were cut on a cryostat (Leica CM 300, Leica, Bannockburn, IL) and mounted onto glass slides.
Tissue sections (4 μm) were coated with adhesive (Sta-on; Surgipath Medical Industries, Richmond, IL, USA), mounted on glass slides, and stained with H&E for initial review.
Adhesion to abiotic surfaces was studied at different times by using polystyrene 24-well plates (Nunc, Naperville, IL) with or without glass coverslips (21).
