A simple wet-deposition method for preparing patterned carbon nanotube (CNT) thin films is reported.
The work in this paper utilized a printable novel nano-dispersion to enable a protocol for preparing patterned electroactive platforms with control over dimension in the micro-domain by inkjet printing.
The Mint prepared pattern coins with a much smaller eagle in 1858, which struck well, but which officials disliked.
Here we report a novel method to prepare patterned surfaces on polystyrene substrates by grafting ultrathin cell-repellent polymer layers utilising both electron beam (EB) polymerisation and local laser ablation techniques for microfabrication.
Barber prepared patterns showing what the nickel would look like if the changes demanded by Hobbs were made.
Photography-based processes have been widely applied to prepare patterns of immobilized bacterial cells.
Diverse microfabrication strategies, such as photolithography, soft lithography, and noncontact printing, have been employed to prepare patterned cell arrays on numerous materials such as silicon, glass, various polymers, and gold [ 38– 44].
Microcontact printing, one of the most conventionally used soft lithography methods to prepare patterns with a chemical moiety, has been employed to create cellular patterns on both planar and nonplanar surfaces, by delivering anchor molecules using a polydimethylsiloxane (PDMS) stamp [ 45].
Preparing these patterns and word classes has been a time-consuming manual operation in the past, but automated discovery tools now make this task significantly easier.
After preparing the patterned substrates, a 25-nm-thick RPD AlN nucleation layer was deposited onto the PSS by Optorun RPD system (Optorun Co., Ltd., Saitama, Japan).
