In the past several decades, processes that rely on the use of polymeric membranes have
received considerable attention for the important role they play in biological and industrial …

Plasma treatment of parylene-C surfaces not only causes structural modification of the
surface during the plasma exposure, but also leaves active sites on the surfaces, which …

Abstract A three‐dimensional (3D) cell culture module was used to test the requirements of
scaffold material properties for improved bone cell ingrowth. For this purpose polycarbonate …

In this paper, we have explored Parylene-C (PC) as a sensing material for its unique
signature and selectivity for explosive sensing. We have used a bi-layer deposition process …

In this article, we report the results obtained from a study carried out on the inductively
coupled plasma (ICP) etching of poly-monochloro-para-xylylene (parylene-C) thin films …

Low‐temperature plasma treatment is shown to be efficient for the preparation of non‐noble
metal (iron (II) phthalocyanine, FePc) based electrocatalysts for ORR. Preparation …

We investigated the effectiveness of CHF3 admixture in O2 plasma for a low damage
patterning process. We used inductively-coupled plasma (ICP) etching of parylene-C thin …

This study investigated the effect of plasma pretreatment on the process of a self-forming Cu–
Mn alloy barrier on porous low-k dielectrics. To study the effects of plasma on the …

In recent years, awareness regarding sustainability and the responsible usage of natural
resources has become more important in our modern society. As a result, wood as a …

The increase in the hydrophobicity at the same time as the reduction in the dielectric
properties of an insulating material are the main factors necessary to improve the signal …