IMPROVED EAR ELECTRODES.

Ear Spray Targeting for Improved Ear Blight and Mycotoxin Control

Since cultural measures, fungicides, and resistant cereal genotypes have provided only partial control of Fusarium head blight to date, biological control is being explored as an additional tool in the integrated management of this disease. Microbial antagonists or their metabolites are potentially useful in the disruption of spike infection, fungal spread within the spike, seedling blight deve...

Upconverting Electrodes for Improved Solar Energy Conversion

A. Investigators Jennifer Dionne, Assistant Professor of Materials Science and Engineering, Stanford Alberto Salleo, Associate Professor of Materials Science and Engineering, Stanford Diane Wu, Graduate student, Chemistry, Stanford University Michael Wisser, Graduate student, Materials Science, Stanford Aitzol Garcia, Postdoctoral researcher, Materials Science, Stanford University Koen Vandewal...

Improved algorithms for ear-clipping triangulation

Ear syringing improved hearing in general practice.

Ear syringing for removing wax that has occluded the eardrum is a common clinical procedure. Previous studies investigating the efficacy of ear syringing have assessed outcomes relating to the ease of syringing or clearance of wax, but it is generally understood that the reason to remove the wax is because it results in hearing loss. Memel et al sought to determine if ear syringing improved hea...

ELECTRODES FOR AQUEOUS ELECTROCHEMICAL CELLS Preparation of Improved, Low-Cost Metal Hydride Electrodes for Automotive Applications