APPLICATIONS OF TECHNOLOGY: Thermal management in design and operation of integrated circuits Flexible electronics Composites subject to mechanical strain (e.g., aerospace industry) Phonon filters for use in spectrometers, acoustic imaging, and cavity resonators Acoustic isolation of RF resonators and sensors Information carriers in combination with … [Read more...] about Nanotubes as Robust Thermal Conductors IB-2335
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Thermal Profiling of Nanoscale Circuitry IB-2363
APPLICATIONS OF TECHNOLOGY: Thermal management of small devices and systems, whether semiconductor electronics, nanofluidics, or photovoltaics Design, prototyping and characterization of new circuit models High-resolution measurement at extreme temperatures … [Read more...] about Thermal Profiling of Nanoscale Circuitry IB-2363
Nano Piano Omni Sensor IB-2267
APPLICATIONS OF TECHNOLOGY: Gene sequencing at radically reduced time and cost Medicine, pharmaceutical design Environmental monitoring (clean energy and water) Homeland security Chemical, biological, and radiation … [Read more...] about Nano Piano Omni Sensor IB-2267
High Frequency Abacus Nanotube Resonator IB-2330
(A) Schematic cross section of the Berkeley Lab High Frequency Abacus Nanotube Resonator. An evaporation of materials such as indium onto the carbon nanotube forms an abacus-like structure of moveable beads along the nanotube. (B) Scanning … [Read more...] about High Frequency Abacus Nanotube Resonator IB-2330
Scalable Methods for Growing, Shaping, and Placing Nanostructures IBs-2047, 2144, 2125
Large Scale Controlled Placement of Nanoparticles and Nanostructure IB-2047 APPLICATIONS OF TECHNOLOGY: Manufacturing MEMS and NEMS devices, e.g. arrays, solar collectors, nanoscale memory and optical switching devices, field emitters, chemical or mass sensors, LEDs, flexible interconnects, mechanical filters, microfluidic pumps and gates ADVANTAGES: Allows … [Read more...] about Scalable Methods for Growing, Shaping, and Placing Nanostructures IBs-2047, 2144, 2125