In this article, the particular importance of nanotechnology-enabled materials associated
with additive manufacturing techniques for the realization of radio-frequency (RF) …

For the first time, high quality factor (Q), meander inductors are demonstrated utilizing inkjet-
printing on organic paper substrates. Quality factors of up to 25, which is an order of …

Iron-oxide nanopowders, hematite and magnetite, are basic compounds applied in several
steps for the preparation of magnetic inks. These steps included ball milling of the …

Abstract 3D printing is among the most exciting and rapidly advancing fields of research in
materials engineering and device fabrication. The capability of develo** a bottom-up …

As additively manufactured radio frequency (RF) design expands towards higher
frequencies, performance becomes ever more sensitive to print-induced dimensional …

An embedded inductor constructed with Sendust powder composite films and embedded
circuits is proposed. The composite films consist of mixed Sendust flaked powders and …

This article concerns the development, the fabrication and the characterization of integrated
inductors using magnetic layers for use in power electronics. Properties of inductors were …

Cellulose nanofibril (CNF) substrates that are inexpensive, biodegradable, and quickly
incinerable, are potential substrates for disposable RF applications. In this paper, high …

Microwave properties of a novel and functional composite inorganic materials based on
barium hexaferrite (BaFe 12 O 19) were measured and simulated. Three different inks with …

Clogging problems from the aggregation of dispersed solutes have hindered the successful
application of inkjet printing for patterning ferromagnetic materials. Native ferromagnetic ink …