TECHNOLOGY TRANSFER 4 Apparatus for Rendering at Least a Portion of a Device Inoperable and Related Methods Electronic devices often have memory portions that can contain data that may need to be eliminated.Though several methods exist for this disposal, some data may still be retrievable.This apparatus has a device containment structure and a movable member to move a data cartridge within the structure and ignite a reactant material, liquefying and expelling molten metal onto the device and rendering it inoperable. Patent No. 9,488,452 granted 11/8/2016 to Michael A. Daniels, Eric D. Steffler, Steven D. Hartenstein and Ronald S.Wallace Terahertz Imaging Devices and Systems, and Related Methods, for Detection of Materials There is a security interest in detecting threatening materials, such as radioactive materials or explosives, in public places. Frequency selective surfaces (FSS), used in a variety of applications, generally include a metallic grid of antenna elements formed on a dielectric substrate.The antenna elements may be designed to generate different spectral responses, enabling an FSS to serve as a terahertz imaging device to detect materials from a greater distance than conventional radiation detectors. Patent No. 9,494,464 granted 11/15/2016 to Dale K. Kotter Energy Harvesting Devices, Systems and Related Methods This invention seeks to tap into electromagnetic radiation in the ultraviolet, visible and infrared spectrum as an energy source.The patent describes an energy harvesting device with frequency selective surfaces consisting of a two-dimensional periodic array of electromagnetic antenna elements that can make use of radiation in the ultraviolet, visible and infrared spectra as a potential source of energy. Patent No. 9,472,699 granted 10/18/2016 to Dale K. Kotter Energetic Materials and Methods of Tailoring Electrostatic Discharge Sensitivity of Energetic Materials Energetic materials, especially those used as first-fire mixes, are susceptible to unintentional electrostatic discharge (ESD) initiation, which presents risks and is difficult to eliminate in real-world situations. Carbon nanofibers filled with a manganese oxide composition exhibited reduced friction sensitivity and decreased ESD sensitivity when compared to a composition lacking the carbon nanofibers. Patent No. 9,481,614 granted 11/1/2016 to Michael A. Daniels, Ronald J. Heaps, Ronald S.Wallace, Michelle Pantoya and Eric Collins Patents Patent No. 9,494,464 Patent No. 9,488,452