This comprehensive review begins by tracing the historical development and progress of
cold plasma technology as an innovative approach to polymer engineering. The study …

In current materials R&D, high priority is given to surface modification techniques to achieve
improved surface properties for specific applications requirements. Plasma treatment and …

Polymers have traditionally been used for so-called passive applications in many areas of
electronics, for instance, as passivation and insulating materials in electronic packaging and …

This article will describe some of the recent progress in the area of plasma polymerization
and plasma treatment. It is not intended to be an exhaustive overview of the field, but instead …

The basic features of plasma polymerization are described and the main theoretical models
briefly discussed. Principal experimental arrangements are taken into account. Physical …

The pulsed plasma polymerization of tetramethyltin monomer was studied as a function of
the radio frequency (rf) duty cycle employed, all other plasma variables being held constant …

Abstract Thin (1000 Å) reflective (mirror-like) tin films are formed by introducing
tetramethyltin and O 2 gas into a glow discharge. The resulting films show a sheet …

Plasma-deposited metal-containing polymer films Page 1 Plasma Chemistry and Plasma
Processing, Vot. 8, No. l, 1988 Plasma-Deposited Metal-Containing Polymer Films H. Suhr, A …

Thin metallic tin films are obtained by plasma deposition from tetramethyltin. It can be shown
that extraneous depolymerization gas (O 2) must not be added to get films with metallic …

Abstract Reflective, pinhole-free, iron-containing films were obtained by introducing iron
pentacarbonyl vapors, Fe (CO) 5, into an inductively coupled rf glow discharge reactor. The …