Additive manufacturing, or more commonly known as 3D printing, has been at the forefront
of manufacturing research for the past couple decades. Many advances have occurred in …

The cavity magnetron is the most compact, efficient source of high-power microwave (HPM)
radiation. The imprint that the magnetron has had on the world is comparable to the …

The fabrication of high purity copper using additive manufacturing has proven difficult
because of oxidation of the powder feedstock. Here, we present work on the hydrogen heat …

A high-power-microwave (HPM) source consisting of a backward wave oscillator (BWO)
based on a metamaterial slow wave structure (MTM SWS) is investigated and tested. The …

The treatment of bone defects has always posed challenges in the field of orthopedics.
Scaffolds, as a vital component of bone tissue engineering, offer significant advantages in …

Purpose In radiation therapy, x‐ray dose must be precisely sculpted to the tumor, while
simultaneously avoiding surrounding organs at risk. This requires modulation of x‐ray …

Intergranular penetration (IGP) of liquid filler metal (FM) into oxygen-free copper (OFC)
occurred when OFC and Ni-plated materials were brazed with AgCu28 filler. In order to …

The rapid development of manufacturing sector has created a platform for implementing
novel technologies such as additive manufacturing (AM). AM or 3D printing, has generated a …

We discuss progress on additive manufacturing (AM) methods for the fabrication of
millimeter-wave (mmW) vacuum electronic (VE) devices. Polymer 3D printing is discussed …

Additive manufacturing of pure copper has gained traction recently with the possibility of
utilizing the numerous benefits including geometrical complexity. However, issues with high …