Published Agriculture C2018-16 System and Process for Early Detection of Nitrification in Water using a Fluorescence-Based Sensor By University of Arkansas
Published Medical C2018-28 Self-Assembled Mechanical-Energy-Based Amplifiers for Probing Interactions of DNA with Small Molecules and Ions By University of Arkansas
Published Sciences C2018-30 Helical fin design by additive manufacturing of metal for enhanced heat sink for electronics cooling By University of Arkansas
Published Power & Utilities C2018-32 Combined Integration of Phase Change Materials into Conduction Convection Latent Heat Optimized Thermal Management Through Novel Geometries Enabled in Additive Manufactured Heat Si By University of Arkansas
Published Medical C2019-20 Gold(I) and Platinum(II) with Isocyanide Ligand Complexes: Synthesis and Biological Activity By University of Arkansas
Published Medical C2019-39 This invention/technology provides an inexpensive way to enable a regular FDM printer to print with ballistics gel, a new type of materials that will enable many applications in... By University of Arkansas
Published Power & Utilities C2019-38 onventional commercial SiC power module still uses the standard packaging designed for silicon IGBT power module. By University of Arkansas
Published Multi Sector C2019-44 Additive Manufacturing of Three-Dimensional Metal Structures by Photoelectrochemical Methods By University of Arkansas
Published Medical C2019-45 Recipe for Cost-Efficient Freshly Excised Breast Tissue Phantoms for Medical Imaging Using Terahertz Technology By University of Arkansas
Published Agriculture C2021-002 This invention consists of an autonomous robotic system that was custom made for the grasping and harvesting of delicate vine-ripened berries. By University of Arkansas
Published Medical C2021-013 20-04 Release of different growth factors at three wound healing stages. By University of Arkansas
Published Medical C2020-60 A respiratory compensated robot for liver cancer treatment provides an effective and efficient platform for the deployment of radiofrequency ablation needles. By University of Arkansas
