Now showing items 1-5 of 5
Novel approach to microfluidic sensing and regulation for active flow control
Abstract<br/>0509723 <br/>PI: Zonglu Susan Hua, SUNY-Buffalo<br/>Title: Novel approach to microfluidic sensing and regulation for active flow control<br/><br/>This research is focused on ...
Structural Effects on Spin-Polarized Quantized Conductance in Atomic-Sized Magnetic Contacts
TECHNICAL: Fundamental investigation of atomic-sized magnetic point contacts made of transition metals (such as Co and Ni) is a fertile ground for exploring new phenomena that are either entirely new or quantum analogs of ...
A Novel Mechanism To Make Microfluidic Components and Systems Requiring No Mechanically Moving Parts
PI's Name, Institution: Zonglu Susan Hua, SUNY-Buffalo<br/>Proposal Number: 0201293<br/>Proposal Title: A Novel Mechanism to Make Microfluidic Components and Systems Requiring No Mechanical Moving ...
FRG: Ballistic Magnetoresistance in Ferromagnetic Nanocontacts
A major objective of the grant is to investigate ballistic magnetoresistance (BMR) in magnetic nanocontacts in technologically important magnetic nanostructures based on the magnetic transition metals (Ni and Co) as well ...
Sensor for Probing Intercellular Communications
Cells in tissues and organs coordinate their activities by communicating with each other, and this communication is mediated by specialized channels, called gap junctions. Through the gap junction channels, cells synchronize ...