A bio-ink for covalent deposition of thermostable, high affinity biotin-binding chimeric avidin onto sol gel substrates was developed.
After writing, the patterned substrates were developed in a solution of methyl isobutyl ketone and isopropyl alcohol (volume ratio of 1 3) for 30 s.
A fluidized bed chemical vapor deposition (CVD) process for depositing thin AlN coatings on particulate substrates was developed.
An in-situ plasma cell for low and atmospheric pressure plasma treatment of polymer and metal substrates was developed.
Model thin film coated substrates were developed to investigate the functionality of Zn-phosphates, the polymeric binder and emulsifiers during the interface formation on iron substrates.
In this work, water-based precursor solutions suitable for dip-coating of thick La2Zr2O7 (LZO) buffer layers for coated conductors on Ni-5%W substrates were developed.
A cholesterol biosensor based on vertically aligned CNTs bioprobes on silicon substrates was developed by Roy et al. A Si substrate (2 × 5 mm2) with a layer of SiO2 (∼300 nm thick) was used as the platform.
In this work, methods for efficient and stable in time hydrophilization of these substrates were developed to promote microchannel filling and prevent protein or other biomolecule adsorption.
To address the problem of high speed machining titanium and its alloys, a CVD process to deposit WC Co coatings on high-temperature deformation resistant substrates was developed.
