https://nanoheat.su.domains/publication/lentiviral-gene-therapy-in-hscs-restores-lineage-specific-foxp3-expression-and-suppresses-autoimmunity-in-a-mouse-model-of-ipex-syndrome/2019-03-25T16:18:52-07:00https://nanoheat.su.domains/publication/mproving-gene-editing-outcomes-in-human-hematopoietic-stem-and-progenitor-cells-by-temporal-control-of-dna-repair-stem-cells-in-press/2019-03-25T16:19:11-07:00https://nanoheat.su.domains/publication/site-specific-gene-editing-of-human-hematopoietic-stem-cells-for-x-linked-hyper-igm-syndrome/2019-03-25T16:19:28-07:00https://nanoheat.su.domains/publication/composite-structure-comprising-a-semiconductor-layer-arranged-on-a-diamond-or-diamond-like-layer-and-process-for-its-production/1998-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/power-conditioning-module/2021-10-12T21:31:18-07:00https://nanoheat.su.domains/publication/system-including-power-conditioning-module/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microfabricated-electrokinetic-pump/2021-10-12T21:31:18-07:00https://nanoheat.su.domains/publication/apparatus-for-conditioning-power-and-managing-thermal-energy-in-an-electronic-device/2021-10-12T21:31:18-07:00https://nanoheat.su.domains/publication/electroosmotic-microchannel-cooling-system/2021-10-12T21:31:19-07:00https://nanoheat.su.domains/publication/interwoven-manifolds-for-pressure-drop-reduction-in-microchannel-heat-exchangers/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/method-and-apparatus-for-flexible-fluid-delivery-for-cooling-desired-hot-spots-in-a-heat-producing-device/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/channeled-flat-plate-fin-heat-exchange-system-device-and-method/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/vapor-escape-microchannel-heat-exchanger/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/method-and-apparatus-for-efficient-vertical-fluid-delivery-for-cooling-a-heat-producing-device/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/remedies-to-prevent-cracking-in-a-liquid-system/2021-10-12T21:31:19-07:00https://nanoheat.su.domains/publication/optimized-multiple-heat-pipe-block-for-electronics-cooling/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/method-and-apparatus-for-achieving-temperature-uniformity-and-hot-spot-cooling-in-a-heat-producing-device/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/electroosmotic-micropump-with-planar-features/2008-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/closed-loop-microchannel-cooling-system/2021-10-26T07:15:19-07:00https://nanoheat.su.domains/publication/composite-thermal-interface-material-including-particles-and-nanofibers/2021-10-26T03:15:36-07:00https://nanoheat.su.domains/publication/pump-and-fan-control-concepts-in-a-cooling-system/2009-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/optimal-spreader-system-device-and-method-for-fluid-cooled-micro-scaled-heat-exchange/2010-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-analysis-of-electron-beam-absorption-in-low-temperature-superconducting-films/2021-10-27T02:34:49-07:00https://nanoheat.su.domains/publication/electron-and-phonon-thermal-conduction-in-epitaxial-high-tc-superconducting-films/2021-11-01T03:37:57-07:00https://nanoheat.su.domains/publication/heat-transfer-regimes-in-microstructures/2021-10-27T02:36:15-07:00https://nanoheat.su.domains/publication/microscale-phonon-transport-in-dielectrics-and-intrinsic-semiconductors/1992-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/impact-of-microscale-heat-conduction-on-the-design-of-silicon-on-insulator-electronic-circuits/1992-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/effect-of-microscale-thermal-conduction-on-the-packing-limit-of-silicon-on-insulator-electronics/1992-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/prediction-and-measurement-of-temperature-fields-in-silicon-on-insulator-electronic-circuits/2021-10-27T02:29:26-07:00https://nanoheat.su.domains/publication/annealing-temperature-dependence-of-the-thermal-conductivity-of-cvd-silicon-dioxide-layers/1993-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-resistances-at-the-boundaries-of-cvd-diamond-layers-in-electronic-systems/1994-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-nonhomogeneous-cvd-diamond-layers-in-electronic-microstructures/2021-10-27T02:28:37-07:00https://nanoheat.su.domains/publication/improved-heat-sinking-for-laser-diode-arrays-using-microchannels-in-cvd-diamond/2021-10-29T08:24:58-07:00https://nanoheat.su.domains/publication/effective-thermal-resistance-at-diamond-boundaries-in-mems/1995-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microscale-thermal-characterization-of-high-power-silicon-on-insulator-transistors/1996-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/impact-of-nucleation-density-on-the-thermal-resistance-near-diamond-substrate-boundaries/1996-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/temperature-dependent-thermal-conductivity-of-single-crystal-silicon-layers-in-soi-substrates/2021-11-01T03:07:54-07:00https://nanoheat.su.domains/publication/short-timescale-thermometry-and-reliability-studies-of-metal-interconnects-in-vlsi-circuits/1996-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/self-heating-effect-in-lateral-dmos-on-soi/1995-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/the-effect-of-high-energy-electrons-on-lattice-conduction-in-semiconductor-devices/1995-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/improved-cantilevers-for-afm-thermomechanical-data-storage/1996-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/short-timescale-thermal-mapping-of-interconnects/1997-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/micromachined-heaters-with-1-us-thermal-time-constants-for-afm-thermomechanical-data-storage/1997-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conductivity-of-soi-device-layers/1997-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/measurement-of-the-anisotropic-thermal-conductivity-in-polymer-thin-films-for-low-dielectric-constant-passivation/1997-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/precision-measurement-and-mapping-of-die-attach-thermal-resistance/2021-10-27T02:09:09-07:00https://nanoheat.su.domains/publication/integrated-circuits-and-microelectromechanical-systems-in-the-heat-transfer-teaching-laboratory/1997-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/impact-of-phonon-dispersion-upon-the-size-effect-on-thermal-conduction-along-thin-semiconductor-films/1997-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/measurement-of-the-anisotropic-thermal-conductivities-in-polymer-films/1998-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/measurement-of-the-thermal-conductivity-anisotropy-in-polymer-films/1998-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-reliability-problems-posed-by-novel-dielectrics/1998-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/impact-of-heat-source-localization-on-conduction-cooling-of-silicon-on-insulator-devices/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/prediction-of-the-thermal-conductivity-anisotropy-in-linear-chain-polymer-films/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/measurements-of-the-thermal-conductivity-of-monocrystalline-silicon-films/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-doped-silicon-layers/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microscale-thermal-engineering-of-integrated-circuits/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-engineering-of-doped-single-crystal-silicon-microcantilevers-for-high-density-data-storage/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/modeling-and-simulation-of-sub-micrometer-heat-transfer-in-afm-thermomechanical-data-storage/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/measurement-and-modeling-of-thermal-electrical-runaway-in-silicon-cantilevers/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/sub-continuum-simulations-of-heat-conduction-in-silicon-on-insulator-transistors/2021-11-01T03:07:18-07:00https://nanoheat.su.domains/publication/microfabricated-solid-immersion-lens-with-metal-aperture/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/scanning-refractive-microlens/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/quantitative-projections-of-reliability-and-performance-for-low-k-cu-interconnect-systems/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microanalysis-of-vlsi-interconnect-failure-modes-under-short-pulse-stress-conditions/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/impact-of-experimental-timescale-and-geometry-on-thin-film-thermal-property-measurements/2021-11-01T03:06:41-07:00https://nanoheat.su.domains/publication/modeling-and-simulation-of-phonon-boundary-scattering-in-pde-based-device-simulators/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/advanced-electro-thermal-modeling-and-simulation-techniques-for-deep-sub-micron-devices/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/design-of-afm-cantilevers-for-combined-thermomechanical-data-writing-and-reading/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/a-micro-heat-exchanger-with-integrated-heaters-and-thermometers/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/modeling-of-two-phase-microchannel-heat-sinks-for-vlsi-chips/2001-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/sub-continuum-thermal-simulations-of-deep-sub-micron-devices-under-esd-conditions/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/measurements-and-modeling-of-two-phase-flow-in-mirochannels-with-nearly-constant-heat-flux-boundary-conditions/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermomechanical-diagnostics-of-bga-packages-using-digital-image-speckle-correlation-disc/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/experimental-investigation-of-flow-transition-in-microchannels-using-micron-resolution-particle-image-velocimetry/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conductivity-of-doped-polysilicon-layers/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/a-micromachined-silicon-low-voltage-parallel-plate-electrokinetic-pump/2001-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conductivity-measurements-for-resist-thin-film/2001-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermomechanical-formation-and-thermal-sensing-of-nanometer-scale-indentations-in-pmma-thin-films-for-parallel-and-dense-afm-data-storage/2001-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-writing-and-nanoimaging-with-heated-atomic-force-microscope-cantilevers/2021-10-12T21:31:22-07:00https://nanoheat.su.domains/publication/an-electrokinetic-closed-loop-micro-cooler-for-high-power-vlsi-chips/2001-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/study-of-boiling-regimes-and-transient-signal-measurements-in-microchannels/2001-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/modeling-and-simulation-of-nanometer-scale-thermomechanical-data-bit-formation/2001-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microscale-liquid-impingement-cooling/2001-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-microscopy-with-a-microfabricated-solid-immersion-lens/2021-10-26T21:24:35-07:00https://nanoheat.su.domains/publication/modeling-sub-continuum-effects-on-the-mechanical-properties-of-ultrathin-macromolecular-layers/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/enhanced-nucleate-boiling-in-microchannels/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/modeling-and-analysis-of-via-hot-spots-and-implications-for-ulsi-interconnect-reliability/2021-10-12T21:31:23-07:00https://nanoheat.su.domains/publication/progress-on-two-phase-convection-in-microchannel-heat-sinks/2021-10-12T21:31:23-07:00https://nanoheat.su.domains/publication/modeling-resist-heating-in-mask-fabrication-using-a-greens-function-approach/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/nanoscale-heat-generation-in-silicon-via-the-monte-carlo-method/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microcantilevers-for-thermal-nanoimaging-and-thermomechanical-surface-modification/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/impact-of-pumping-surface-separation-distance-on-micromachined-silicon-electrokinetic-pump-performance/2001-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/micromachined-jet-arrays-for-liquid-impingement-cooling-of-vlsi-chips/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/transient-and-sub-atmospheric-performance-of-a-closed-loop-electroosmotic-microchannel-cooling-system/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/via-design-and-scaling-strategy-for-nanometer-scale-interconnect-technologies/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/monte-carlo-modeling-of-heat-generation-in-electronic-nanostructures/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/vlsi-hotspot-cooling-using-two-phase-microchannel-convection/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/cross-linked-microchannels-for-vlsi-hotspot-cooling/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/convective-boiling-in-microchannel-heat-sinks-with-spatially-varying-heat-flux/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conductivity-model-for-silicon-on-insulator-layers-at-high-temperatures/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/resolution-limits-of-nanoscale-thermal-processing-with-the-atomic-force-microscope/2002-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/modeling-and-simulation-of-nanometer-scale-thermomechanical-nano-indentation/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/transient-temperature-measurements-of-resist-heating-using-nano-thermocouples/2021-10-26T21:22:04-07:00https://nanoheat.su.domains/publication/integrated-microchannel-network-for-cooling-of-3d-circuit-architectures/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thin-film-nano-thermocouple-sensors-for-applications-in-laser-and-electron-beam-irradiation/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microscale-thermal-engineering-of-electronic-systems/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/closed-loop-cooling-technologies-for-microprocessors/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/buoyancy-driven-polymerase-chain-reaction-pcr-devices/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/design-fabrication-and-thermal-characterization-of-a-mems-device-for-control-of-nerve-cell-growth/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/atomistic-simulations-of-non-equilibrium-phonons-in-nanotransistors/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/nucleation-and-growth-of-vapor-bubbles-in-a-heated-silicon-microchannel/2021-11-01T03:05:26-07:00https://nanoheat.su.domains/publication/monte-carlo-simulation-of-heat-generation-in-silicon-nano-devices/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/detailed-heat-generation-simulations-via-the-monte-carlo-method/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-analysis-of-ultra-thin-body-device-scaling/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microchannel-experimental-structure-for-measuring-temperature-fields-during-convective-boiling/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/nanoscale-simulation-of-heat-conduction-in-semiconductor-devices/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/a-split-flux-model-for-phonon-transport-near-hotspots/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/a-microheater-device-for-study-of-temperature-gradient-effects-on-neurite-outgrowth-in-retinal-ganglion-cells/2021-11-01T03:04:20-07:00https://nanoheat.su.domains/publication/temperature-dependent-thermal-properties-of-phase-change-memory-electrode-materials/2021-10-26T02:53:07-07:00https://nanoheat.su.domains/publication/thermal-conductivity-and-boundary-resistance-measurements-of-ge2sb2te5-and-electrode-materials-using-nanosecond-thermoreflectance/2021-10-26T02:55:50-07:00https://nanoheat.su.domains/publication/microfabrication-and-cell-culturing-on-a-large-temperature-gradient-microdevice-for-studying-nerve-cell-growth/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-characterization-of-eutectic-alloy-thermal-interface-materials-with-void-like-inclusions/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conductance-enhancement-of-particle-filled-thermal-interface-materials-using-carbon-nanotube-inclusions/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/two-medium-model-for-the-bond-line-thickness-of-particle-filled-thermal-interface-materials/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/reduction-in-thermoelastic-dissipation-in-micromechanical-resonators-by-disruption-of-heat-transport/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/atomistic-simulations-of-g-type-phonons-in-silicon-devices/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/a-method-for-measuring-the-thermal-conductivity-of-individual-carbon-nanotubes/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/a-quantitative-understanding-of-transient-bubble-growth-in-microchannels-using-%c6%92epiv/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/liquid-velocity-fields-in-two-phase-microchannel-convection/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/electro-thermal-comparison-and-performance-optimization-of-thin-body-soi-and-goi-mosfets/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-sub-100-nm-transistors/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-simulation-techniques-for-nano-transistors/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microjet-impingement-cooling-with-phase-change/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/fluorescent-imaging-of-void-fraction-in-two-phase-microchannels/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/1d-homogeneous-modeling-of-microchannel-two-phase-flow-with-distributed-liquid-water-injection-from-walls/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/experimental-investigation-and-visualization-of-two-phase-flow-and-water-transport-in-microchannels/2004-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/water-slug-detachment-in-two-phase-hydrophobic-microchannel-flows/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-characterizing-of-two-opposing-carbon-nanotube-arrays-using-diffraction-limited-infrared-microscopy/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/bond-line-thickness-of-thermal-interface-materials-with-carbon-nanotubes/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/investigation-of-the-natural-convection-boundary-condition-in-microfabricated-structures/2021-10-26T07:17:30-07:00https://nanoheat.su.domains/publication/thermal-conduction-phenomena-in-advanced-interface-materials-for-electronics-cooling/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/lattice-boltzmann-simulation-of-heat-conduction-in-nanofluids/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-characterization-of-vertically-oriented-carbon-nanotubes-on-silicon/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/joule-heating-under-quasi-ballistic-transport-conditions-in-bulk-and-strained-silicon-devices/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/coupled-electron-phonon-transport-in-nanometer-scale-silicon-devices/2021-10-12T21:31:25-07:00https://nanoheat.su.domains/publication/thermal-phenomena-in-deeply-scaled-mosfets/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/electro-thermal-transport-in-metallic-single-wall-carbon-nanotubes-for-interconnect-applications/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/two-phase-microfluidics-for-semiconductor-circuits-and-fuel-cells/2021-10-26T07:54:30-07:00https://nanoheat.su.domains/publication/measurement-and-modeling-of-liquid-film-thickness-evolution-in-stratified-two-phase-microchannel-flows/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/investigation-of-two-phase-transport-phenomena-in-microchannels-using-a-microfabricated-experimental-structure/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/bubble-reconstruction-method-for-two-phase-microchannel-flows/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/phonon-transport-in-nanotransistors/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/convective-boiling-in-silicon-microchannels-with-localized-heating-and-thermometry/2021-10-12T21:31:26-07:00https://nanoheat.su.domains/publication/engineering-phonon-transport-devices-to-materials/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/flow-structures-and-frictional-characteristics-on-two-phase-flow-in-microchannels-in-pem-fuel-cells/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/investigation-of-temperature-gradient-effects-on-neurite-outgrowth-in-nerve-cells-using-a-microfabricated-heater-structure/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/a-theoretical-model-for-temperature-gradient-effects-on-cells/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/evaluation-of-a-compact-model-for-prediction-of-liquid-film-thickness-in-stratified-two-fluid-microchannel-flows/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/a-new-formulation-for-thermal-transport-property-measurement-of-a-two-dimensional-thin-film-using-the-3-omega-method/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-properties-of-metal-coated-vertically-aligned-single-wall-nanotube-films/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-phenomena-in-biological-microdevices/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/multiphysics-modeling-and-impact-of-thermal-boundary-resistance-in-phase-change-memory-devices/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/development-and-calibration-of-a-two-dye-fluorescence-system-for-use-in-two-phase-micro-flow-thermometry/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/the-effects-of-liquid-compressibility-on-the-nucleation-and-growth-of-bubbles-in-forced-convective-flow-boiling-within-microchannels/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/dissipation-and-entropy-flow-in-logic-fundamental-limits-and-engineering-challenges/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conductivity-measurement-of-aluminum-oxide-nanofluids-using-the-3-omega-method/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/boiling-flow-interaction-between-two-parallel-microchannels/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/bubble-growth-departure-and-convection-in-single-microchannels/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/design-considerations-for-the-effects-of-liquid-compressibility-in-microchannel-flow-boiling/2006-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/gas-liquid-flow-in-microchannels-bounded-by-a-porous-wall/2007-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/optimized-thermoelectric-refrigeration-in-the-presence-of-thermal-boundary-resistance/2021-10-26T03:15:20-07:00https://nanoheat.su.domains/publication/convective-heat-transfer-of-nanofluids-in-microchannels/2007-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-inteface-resistances-in-nanostructures/2007-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/compact-model-of-slug-flow-in-microchannels/2007-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/impact-of-thermodiffusion-on-temperature-fields-in-stationary-nanofluids/2007-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/nonmetallic-conduction-property-of-a-dna-templated-gold-nanowire/2007-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/impact-of-contact-resistances-on-dimensional-scaling-of-thermoelectric-energy-conversion-devices/2007-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/heat-conduction-and-thermal-diffusion-in-stationary-nanofluids/2007-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/vapor-venting-micromachined-heat-exchanger-for-electronics-cooling/2007-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/compact-thermal-model-for-phase-change-memory-nanodevices/2008-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/electrothermal-transport-phenomena-in-phase-change-memory-devices/2008-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/limits-of-quality-factor-in-bulk-mode-micromechanical-resonators/2008-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/flow-regime-evolution-in-long-serpentine-microchannels-with-a-porous-carbon-paper-wall/2008-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermoelectric-heat-recovery-from-a-tankless-water-heating-system/2008-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/characterization-of-nanostructured-materials/2008-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/temperature-dependent-permeability-of-microporous-membranes-for-vapor-venting-heat-exchangers/2021-10-26T07:26:26-07:00https://nanoheat.su.domains/publication/closed-form-thermal-analysis-of-phase-change-memory-devices/2008-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/measurement-of-anisotropy-in-the-thermal-conductivity-of-ge2sb2te5-films/2009-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/computational-modeling-of-vapor-chambers-with-nanostructured-wicks/2009-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/3-d-visualization-of-flow-in-microscale-jet-impingement-cooling-system/2009-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/an-optimization-design-for-a-mems-fabricated-jet-impingement-cooling-device/2009-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/effects-of-transient-heating-on-two-phase-flow-response-in-microchannel-heat-exchangers/2009-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/nanostructured-interfaces-for-thermoelectrics/2021-10-26T02:55:09-07:00https://nanoheat.su.domains/publication/characterization-of-the-wettability-of-nanostructured-porous-films/2009-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/impact-of-aggregation-and-diffusion-on-nanofluid-thermal-conductivity/2009-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/heat-conduction-aggregation-and-thermal-diffusion-in-stationary-nanofluids/2009-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/decoupled-thermal-resistances-of-phase-change-material-and-their-impact-on-pcm-devices/2010-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conductivity-and-boundary-resistance-measurements-of-gesbte-and-electrode-materials-using-nanosecond-thermoreflectance/2021-10-29T13:03:18-07:00https://nanoheat.su.domains/publication/thermal-disturbance-and-its-impact-on-reliability-of-phase-change-memory-studied-by-micro-thermal-stage/2010-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/engagement-in-an-undergraduate-heat-transfer-course-outside-of-the-classroom/2010-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/reduced-order-fluidic-model-for-flow-instabilities-in-two-phase-microfluidic-heat-exchangers/2010-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/the-electron-scattering-rate-in-epitaxial-yba2cu3o7-superconducting-films/2021-10-27T02:35:25-07:00https://nanoheat.su.domains/publication/effect-of-microscale-thermal-conduction-on-the-packing-limit-of-silicon-on-insulator-electronic-devices/2021-10-27T02:36:56-07:00https://nanoheat.su.domains/publication/intrinsic-superconducting-radiation-detector/2021-10-27T02:33:35-07:00https://nanoheat.su.domains/publication/annealing-temperature-dependence-of-the-thermal-conductivity-of-lpcvd-silicon-dioxide-layers/2021-10-27T02:34:22-07:00https://nanoheat.su.domains/publication/prediction-and-measurement-of-the-thermal-conductivity-of-amorphous-dielectric-layers/2021-11-01T03:08:32-07:00https://nanoheat.su.domains/publication/solid-layer-thermal-conductivity-measurement-techniques/2021-11-01T03:38:54-07:00https://nanoheat.su.domains/publication/thermal-conduction-processes-with-sub-micrometer-lengthscales-in-electronic-circuits/1994-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/measurement-and-modeling-of-self-heating-in-soi-nmosfets/2021-10-27T02:31:40-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-metallized-silicon-dioxide-layers-on-silicon/2021-10-27T02:32:25-07:00https://nanoheat.su.domains/publication/experimental-investigation-of-thermal-conduction-normal-to-diamond-silicon-boundaries/2021-10-27T02:30:21-07:00https://nanoheat.su.domains/publication/thermal-conduction-normal-to-diamond-silicon-boundaries/2021-10-27T02:30:59-07:00https://nanoheat.su.domains/publication/impact-of-cvd-diamond-layers-on-the-thermal-engineering-of-electronic-systems/1995-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-phenomena-in-semiconductor-devices-and-interconnects/1998-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/microscale-heat-conduction-in-integrated-circuits-and-their-constituent-films/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/heat-conduction-in-novel-electronic-films/2021-10-27T01:54:21-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-electronic-microstructures/2000-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermomechanical-formation-and-thermal-imaging-of-polymer-nanostructures/2021-10-27T01:35:46-07:00https://nanoheat.su.domains/publication/silicon-microchannel-heat-sinks-theories-and-phenomena/2003-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-silicon-micro-and-nanostructures/2021-10-26T08:09:37-07:00https://nanoheat.su.domains/publication/active-microfluidic-cooling-of-integrated-circuits/2021-10-26T07:11:17-07:00https://nanoheat.su.domains/publication/report-of-workshop-thermophysical-phenomena-in-microscale-sensors-devices-and-structures/2021-10-27T02:12:36-07:00https://nanoheat.su.domains/publication/size-effect-on-the-thermal-conductivity-of-silicon-on-insulator-devices-under-electrostatic-discharge-esd-conditions/2021-10-27T02:13:29-07:00https://nanoheat.su.domains/publication/near-field-optical-thermometry/2021-10-27T02:19:10-07:00https://nanoheat.su.domains/publication/heating-mechanisms-of-ldmos-and-ligbt-in-ultrathin-soi/2021-10-27T02:19:56-07:00https://nanoheat.su.domains/publication/short-timescale-thermal-mapping-of-semiconductor-devices/2021-10-27T02:20:37-07:00https://nanoheat.su.domains/publication/phonon-boundary-scattering-in-thin-silicon-layers/2021-10-27T02:21:15-07:00https://nanoheat.su.domains/publication/thermal-mapping-of-interconnects-subjected-to-brief-electrical-stresses/2021-10-27T02:26:27-07:00https://nanoheat.su.domains/publication/impact-of-nucleation-density-on-thermal-resistance-near-diamond-substrate-boundaries/2021-10-27T02:27:46-07:00https://nanoheat.su.domains/publication/low-stiffness-silicon-cantilevers-with-integrated-heaters-and-piezoresistive-sensors-for-high-density-afm-thermomechanical-data-storage/2021-10-27T02:09:58-07:00https://nanoheat.su.domains/publication/transient-liquid-crystal-thermometry-of-microfabricated-pcr-vessel-arrays/2021-10-27T02:12:04-07:00https://nanoheat.su.domains/publication/thermal-characterization-of-ic-interconnect-passivation-using-joule-heating-and-optical-thermometry/2021-10-27T02:11:25-07:00https://nanoheat.su.domains/publication/report-of-workshop-2nd-microthermal-workshop-and-tutorial-at-the-albuquerque-convention-center/2021-10-27T02:10:48-07:00https://nanoheat.su.domains/publication/short-time-scale-thermal-mapping-of-microdevices-using-a-scanning-thermoreflectance-technique/2021-10-27T02:01:16-07:00https://nanoheat.su.domains/publication/applications-of-micron-scale-passive-diamond-layers-for-the-ic-and-mems-industries/2021-10-27T02:00:29-07:00https://nanoheat.su.domains/publication/thermal-characterization-of-anisotropic-thin-dielectric-films-using-harmonic-joule-heating/2021-10-27T01:55:17-07:00https://nanoheat.su.domains/publication/process-dependent-thermal-transport-properties-of-silicon-dioxide-films-deposited-using-low-pressure-chemical-vapor-deposited/2021-10-27T01:59:43-07:00https://nanoheat.su.domains/publication/intrinsic-carrier-thermal-runaway-in-silicon-microcantilevers/2021-10-27T01:59:06-07:00https://nanoheat.su.domains/publication/measurement-of-the-thermal-conductivity-anisotropy-in-polyimide-films/2021-10-27T01:58:19-07:00https://nanoheat.su.domains/publication/phonon-scattering-in-silicon-films-of-thickness-below-100-nm/2021-10-27T01:56:46-07:00https://nanoheat.su.domains/publication/impact-of-molecular-orientation-on-thermal-conduction-in-spin-coated-polyimide-films/2021-10-27T01:56:01-07:00https://nanoheat.su.domains/publication/millipede-an-afm-data-storage-system-at-the-frontier-of-nanotribology/2021-10-27T01:52:27-07:00https://nanoheat.su.domains/publication/near-field-infrared-imaging-with-a-microfabricated-solid-immersion-lens/2021-10-27T01:53:15-07:00https://nanoheat.su.domains/publication/temperature-dependent-thermal-conductivity-of-undoped-polycrystalline-silicon-layers/2021-10-27T01:51:18-07:00https://nanoheat.su.domains/publication/atomic-force-microscope-cantilevers-for-combined-thermomechanical-data-writing-and-reading/2021-10-27T01:50:34-07:00https://nanoheat.su.domains/publication/measurement-of-ballistic-phonon-conduction-near-hotspots-in-silicon/2021-10-27T01:49:53-07:00https://nanoheat.su.domains/publication/thermal-characterization-of-bi2te3-sb2te3-superlattices/2021-10-27T01:48:45-07:00https://nanoheat.su.domains/publication/focussing-in-microlenses-close-to-a-wavelength-in-diameter/2021-10-27T01:43:13-07:00https://nanoheat.su.domains/publication/microfabricated-silicon-solid-immersion-lens/2021-11-01T03:05:55-07:00https://nanoheat.su.domains/publication/refraction-contrast-imaging-with-a-scanning-microlens/2021-10-27T01:44:05-07:00https://nanoheat.su.domains/publication/subpixel-displacement-and-deformation-gradient-measurement-using-digital-image-speckle-correlation-disc/2021-10-27T01:44:50-07:00https://nanoheat.su.domains/publication/thermal-conductivity-of-doped-polysilicon/2021-10-27T01:45:51-07:00https://nanoheat.su.domains/publication/thermal-conductivity-measurements-of-thin-film-resist/2021-10-27T01:46:38-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-doped-single-crystal-silicon-films/2021-10-26T21:30:47-07:00https://nanoheat.su.domains/publication/thermal-writing-and-nanoimaging-with-a-heated-atomic-force-microscope-cantilever/2021-10-26T21:30:00-07:00https://nanoheat.su.domains/publication/thermometry-and-thermal-transport-in-micro-nanoscale-solid-state-devices-and-structures/2021-10-26T21:29:19-07:00https://nanoheat.su.domains/publication/closed-loop-electroosmotic-cooling-system-for-vlsi-circuits/2021-10-26T21:28:15-07:00https://nanoheat.su.domains/publication/measurements-and-modeling-of-two-phase-flow-in-microchannels-with-nearly-constant-heat-flux-boundary-conditions/2021-10-26T21:27:17-07:00https://nanoheat.su.domains/publication/electroosmotic-microchannel-cooling-system-for-microprocessors/2021-10-26T21:26:21-07:00https://nanoheat.su.domains/publication/design-of-atomic-force-microscope-cantilevers-for-combined-thermomechanical-writing-and-thermal-reading-in-array-operation/2021-10-26T21:25:48-07:00https://nanoheat.su.domains/publication/submicron-thermocouple-measurements-of-electron-beam-resist-heating/2021-10-26T21:25:02-07:00https://nanoheat.su.domains/publication/nanoscale-thermal-transport/2021-10-26T21:23:25-07:00https://nanoheat.su.domains/publication/comparison-of-thermal-and-piezoresistive-sensing-approaches-for-atomic-force-microscopy-topography-measurements/2021-11-01T03:04:50-07:00https://nanoheat.su.domains/publication/convectively-driven-polymerase-chain-reaction-thermal-cycler/2021-10-26T21:20:44-07:00https://nanoheat.su.domains/publication/micromachined-jets-for-liquid-impingement-cooling-of-vlsi-chips/2021-10-26T08:36:52-07:00https://nanoheat.su.domains/publication/analytic-band-monte-carlo-model-for-electron-transport-modeling-in-si-including-acoustic-and-optical-phonon-dispersion/2021-10-26T08:35:30-07:00https://nanoheat.su.domains/publication/monte-carlo-simulation-of-joule-heating-in-bulk-and-strained-silicon/2021-10-26T08:34:09-07:00https://nanoheat.su.domains/publication/phase-change-phenomena-in-silicon-microchannels/2021-10-26T08:34:45-07:00https://nanoheat.su.domains/publication/managing-heat-for-electronics/2021-10-26T08:33:35-07:00https://nanoheat.su.domains/publication/scattering-of-g-process-longitudinal-phonons-at-hotspots-in-silicon/2021-10-26T08:32:32-07:00https://nanoheat.su.domains/publication/negative-differential-conductance-and-hot-phonons-in-suspended-nanotube-molecular-wires/2021-10-26T08:31:45-07:00https://nanoheat.su.domains/publication/advanced-cooling-technologies-for-microprocessors/2021-10-26T08:31:01-07:00https://nanoheat.su.domains/publication/review-multiscale-thermal-modeling-in-nanoelectronics/2021-10-26T08:30:29-07:00https://nanoheat.su.domains/publication/integrated-microchannel-cooling-for-three-dimensional-circuit-architectures/2021-10-26T08:29:50-07:00https://nanoheat.su.domains/publication/scaling-analysis-of-multilevel-interconnect-temperatures-for-high-performance-ics/2021-10-26T08:29:04-07:00https://nanoheat.su.domains/publication/a-hybrid-method-for-bubble-reconstruction-in-two-phase-microchannels/2021-10-26T07:59:45-07:00https://nanoheat.su.domains/publication/thermal-and-molecular-stimulated-relaxation-of-hot-phonons-in-suspended-carbon-nanotubes/2021-10-26T07:59:03-07:00https://nanoheat.su.domains/publication/thermal-phenomena-in-nanoscale-transistors/2021-10-26T07:58:25-07:00https://nanoheat.su.domains/publication/thermal-conductance-of-an-individual-single-wall-carbon-nanotube-above-room-temperature/2021-10-26T08:00:28-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-sub-100nm-transistors/2021-10-26T07:57:47-07:00https://nanoheat.su.domains/publication/non-equilibrium-phonon-distributions-in-sub-100-nm-silicon-transistors/2021-10-26T07:57:02-07:00https://nanoheat.su.domains/publication/3-omega-measurements-of-the-thermal-conductivity-of-vertically-oriented-carbon-nanotubes-on-silicon/2021-10-26T07:56:24-07:00https://nanoheat.su.domains/publication/heat-generation-and-transport-in-nanometer-scale-transistors/2021-10-26T07:55:29-07:00https://nanoheat.su.domains/publication/measurement-and-modeling-of-liquid-film-thickness-evolution-in-stratified-two-phase-microchannel-flows-2/2021-10-26T07:49:03-07:00https://nanoheat.su.domains/publication/investigation-of-two-phase-transport-phenomena-in-microchannels-using-a-microfabricated-experimental-structure-2/2021-10-26T07:47:36-07:00https://nanoheat.su.domains/publication/infrared-microscopy-characterization-of-opposing-carbon-nanotube-arrays/2021-10-26T07:46:44-07:00https://nanoheat.su.domains/publication/thermomechanical-formation-of-nanoscale-polymer-indents-using-a-heated-silicon-tip/2021-10-26T07:45:53-07:00https://nanoheat.su.domains/publication/thickness-and-stoichiometry-dependence-of-the-thermal-conductivity-of-gesbte-films/2021-10-26T07:45:06-07:00https://nanoheat.su.domains/publication/electrical-and-thermal-transport-in-metallic-single-wall-carbon-nanotubes-on-insulating-substrates/2021-10-26T07:44:25-07:00https://nanoheat.su.domains/publication/ordering-up-the-minimum-thermal-conductivity-of-solids/2021-10-29T13:06:46-07:00https://nanoheat.su.domains/publication/thermal-resistance-between-low-dimensional-nanostructures-and-semi-infinite-media/2021-10-26T07:41:30-07:00https://nanoheat.su.domains/publication/measurement-of-the-thermal-conductivity-and-heat-capacity-of-free-standing-shape-memory-thin-films-using-the-3w-method/2021-10-26T07:40:02-07:00https://nanoheat.su.domains/publication/thermal-properties-of-metal-coated-vertically-aligned-single-wall-nanotube-arrays/2021-10-26T07:39:00-07:00https://nanoheat.su.domains/publication/the-impact-of-thermal-boundary-resistance-in-phase-change-memory-devices/2021-10-26T07:34:44-07:00https://nanoheat.su.domains/publication/diffusion-aggregation-and-the-thermal-conductivity-of-nanofluids/2021-10-26T07:33:54-07:00https://nanoheat.su.domains/publication/thermal-conductivity-measurement-and-sedimentation-detection-of-aluminum-oxide-nanofluids-by-using-the-3-omega-method/2021-10-26T07:37:26-07:00https://nanoheat.su.domains/publication/3-d-numerical-simulation-of-contact-angle-hysteresis-for-microscale-two-phase-flow/2021-10-26T07:36:44-07:00https://nanoheat.su.domains/publication/fully-coupled-nonequilibrium-electron-phonon-transport-in-nanometer-scale-silicon-fets/2021-10-26T07:35:51-07:00https://nanoheat.su.domains/publication/a-benchmark-study-on-the-thermal-conductivity-of-nanofluids/2021-10-26T03:16:44-07:00https://nanoheat.su.domains/publication/theoretical-and-experimental-investigation-of-spatial-temperature-gradient-effects-on-cells-using-a-microfabricated-microheater-platform/2021-10-26T07:10:03-07:00https://nanoheat.su.domains/publication/convective-performance-of-nanofluids-in-a-laminar-thermally-developing-tube-flow/2021-10-26T03:21:57-07:00https://nanoheat.su.domains/publication/multimode-thermoelastic-dissipation/2021-10-26T03:21:08-07:00https://nanoheat.su.domains/publication/bubble-induced-water-hammer-in-microchannel-flow-boiling/2021-10-26T03:20:24-07:00https://nanoheat.su.domains/publication/non-invasive-measurement-of-void-fraction-and-liquid-temperature-in-microchannel-flow-boiling/2021-10-26T03:19:51-07:00https://nanoheat.su.domains/publication/thermal-properties-of-ultrathin-hafnium-oxide-gate-dielectric-films/2021-10-26T03:19:12-07:00https://nanoheat.su.domains/publication/heat-conduction-through-a-dna-gold-composite/2021-10-26T03:18:37-07:00https://nanoheat.su.domains/publication/nonradiative-recombination-in-strongly-interacting-silicon-nanocrystals-embedded-in-amorphous-silicon-oxide-films/2021-10-26T03:18:01-07:00https://nanoheat.su.domains/publication/impact-of-wall-hydrophobicity-on-condensation-flow-and-heat-transfer-in-silicon-microchannels/2021-10-26T02:57:53-07:00https://nanoheat.su.domains/publication/thermal-boundary-resistance-measurements-for-phase-change-memory-devices/2021-10-26T03:12:29-07:00https://nanoheat.su.domains/publication/influence-of-film-thickness-and-cross-sectional-geometry-on-hydrophilic-microchannel-condensation/2021-10-26T03:11:13-07:00https://nanoheat.su.domains/publication/volume-of-fluid-simulation-of-boiling-flow-in-a-vapor-venting-microchannel/2021-10-26T03:05:39-07:00https://nanoheat.su.domains/publication/aggregate-fractal-dimensions-and-thermal-conduction-in-nanofluids/2021-10-26T03:03:03-07:00https://nanoheat.su.domains/publication/characterization-of-the-wettability-of-thin-nanostructured-films-in-the-presence-of-evaporation/2021-10-26T03:01:40-07:00https://nanoheat.su.domains/publication/nanofluid-convection-in-microtubes/2021-10-26T03:00:39-07:00https://nanoheat.su.domains/publication/temperature-dependent-phonon-conduction-and-nanotube-engagement-in-metallized-single-wall-carbon-nanotube-films/2021-10-26T02:59:55-07:00https://nanoheat.su.domains/publication/phase-change-memory/2021-10-26T02:59:05-07:00https://nanoheat.su.domains/publication/resistance-and-threshold-switching-voltage-drift-behavior-in-phase-change-memory-and-their-temperature-dependence-at-microsecond-time-scales-studied-using-a-micro-thermal-stage/2021-10-26T02:51:56-07:00https://nanoheat.su.domains/publication/3-d-visualization-of-flow-in-microscale-jet-impingement-systems/2021-10-26T02:50:32-07:00https://nanoheat.su.domains/publication/temperature-dependent-aggregation-and-diffusion-in-nanofluids/2021-10-26T02:38:18-07:00https://nanoheat.su.domains/publication/impact-of-channel-geometry-on-two-phase-flow-in-fuel-cell-microchannels/2021-10-26T01:59:47-07:00https://nanoheat.su.domains/publication/thermal-conductivity-anisotropy-and-grain-structure-in-ge2sb2te5-films/2021-10-26T02:37:27-07:00https://nanoheat.su.domains/publication/grain-boundaries-phase-impurities-and-anisotropic-thermal-conduction-in-phase-change-memory/2021-10-26T02:35:22-07:00https://nanoheat.su.domains/publication/adiabatic-and-diabatic-two-phase-venting-flow-in-a-microchannel/2021-10-26T02:54:07-07:00https://nanoheat.su.domains/publication/micro-thermal-stage-for-electrothermal-characterization-of-phase-change-memory/2021-10-26T02:16:04-07:00https://nanoheat.su.domains/publication/hydraulic-and-thermal-characteristics-of-a-vapor-venting-two-phase-microchannel-heat-exchanger/2021-10-26T02:12:25-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-aligned-carbon-nanotube-polymer-nanocomposites-with-high-packing-density/2021-10-26T02:13:38-07:00https://nanoheat.su.domains/publication/thermal-microdevices-for-biological-and-biomedical-applications/2021-10-26T02:14:24-07:00https://nanoheat.su.domains/publication/crystallization-properties-and-their-drift-dependence-in-phase-change-memory-studied-with-a-micro-thermal-stage/2021-10-26T02:15:25-07:00https://nanoheat.su.domains/publication/mechanical-characterization-of-aligned-multi-wall-carbon-nanotube-films/2021-10-29T08:32:26-07:00https://nanoheat.su.domains/publication/impact-of-thermoelectric-phenomena-on-phase-change-memory-performance-metrics-and-scaling/2021-10-29T10:22:14-07:00https://nanoheat.su.domains/publication/low-thermal-resistances-at-gan-sic-interfaces-for-hemt-technology/2021-11-01T03:01:35-07:00https://nanoheat.su.domains/publication/effect-of-resistance-drift-on-the-activation-energy-for-crystallization-in-phase-change-memory/2021-10-26T01:35:40-07:00https://nanoheat.su.domains/publication/thermal-conductivity-and-photoluminescence-of-light-emitting-silicon-nitride-films/2021-10-26T01:36:33-07:00https://nanoheat.su.domains/publication/electrical-and-thermal-conduction-in-ald-nanobridges-down-to-7-nm-thickness/2021-10-26T00:30:19-07:00https://nanoheat.su.domains/publication/phase-impurities-and-the-thermoelectric-properties-of-ge2sb2te5-films-down-to-25-nm-thickness/2021-10-26T01:38:11-07:00https://nanoheat.su.domains/publication/phonon-conduction-in-periodically-porous-silicon-nanobridges/2021-10-29T12:46:56-07:00https://nanoheat.su.domains/publication/diagnostics-of-flip-chip-bga-structures-using-phase-shifting-speckle-pattern-interferometry/1999-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/measurement-of-thermophysical-properties-of-thin-film-shape-memory-alloys-using-the-3-omega-method/2005-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/high-temperature-thermal-properties-of-thin-tantalum-nitride-films/2021-11-01T03:25:31-07:00https://nanoheat.su.domains/publication/thermal-transport-in-phase-change-memory-materials/2021-10-25T23:35:41-07:00https://nanoheat.su.domains/publication/thermoelectric-characterization-and-power-generation-using-a-silicon-on-insulator-substrate/2021-10-29T10:46:24-07:00https://nanoheat.su.domains/publication/electrothermal-phenomena-in-zinc-oxide-nanowires-and-contacts/2021-10-29T09:51:14-07:00https://nanoheat.su.domains/publication/impact-of-nanotube-density-and-alignment-on-the-elastic-modulus-near-the-top-and-base-surfaces-of-aligned-multi-walled-carbon-nanotube-films/2021-10-26T01:43:48-07:00https://nanoheat.su.domains/publication/phase-and-thickness-dependent-modulus-of-ge2sb2te5-films-down-to-25-nm-thickness/2021-10-29T13:01:53-07:00https://nanoheat.su.domains/publication/temperature-sensor-distribution-measurement-uncertainty-and-data-interpretation-for-microprocessor-hotspots/2021-10-25T23:37:05-07:00https://nanoheat.su.domains/publication/phonon-dominated-heat-conduction-normal-to-mo-si-multilayers-with-period-below-10-nm/2021-10-26T01:45:00-07:00https://nanoheat.su.domains/publication/a-reliability-study-with-infrared-imaging-of-thermoelectric-modules-under-thermal-cycling/2021-10-26T01:45:40-07:00https://nanoheat.su.domains/publication/thermal-conductivity-anisotropy-and-interface-resistances-of-diamond-on-poly-aln/2021-10-26T01:46:30-07:00https://nanoheat.su.domains/publication/analysis-of-hemt-multilayered-structures-using-a-2d-finite-volume-model/2021-10-26T01:52:38-07:00https://nanoheat.su.domains/publication/solder-bonded-carbon-nanotube-thermal-interface-materials/2021-10-26T01:54:06-07:00https://nanoheat.su.domains/publication/electron-phonon-coupled-two-dimensional-heat-transfer-in-nanoscale-metal-dielectric-multilayers/2012-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/effect-of-thermal-cyclingon-commercial-thermoelectric-modules/2021-10-26T01:57:04-07:00https://nanoheat.su.domains/publication/in-plane-thermal-conductivity-measurement-on-nanoscale-conductive-materials-with-on-substrate-device-configurations/2021-10-26T01:34:54-07:00https://nanoheat.su.domains/publication/calibration-methodology-for-interposing-liquid-coolants-for-infrared-thermography-of-microprocessors/2021-10-26T01:33:38-07:00https://nanoheat.su.domains/publication/thermal-characterization-of-composite-gan-substrates-for-hemt-applications/2021-11-01T03:01:01-07:00https://nanoheat.su.domains/publication/thermal-characterization-of-gan-on-diamond-substrates-for-hemt-applications/2021-10-26T00:36:27-07:00https://nanoheat.su.domains/publication/nanoscale-manipulation-heating-and-welding-of-nanowires/2021-10-26T00:37:12-07:00https://nanoheat.su.domains/publication/nanoscale-conformable-coatings-for-enhanced-thermal-conduction-of-carbon-nanotube-films/2021-10-26T00:37:57-07:00https://nanoheat.su.domains/publication/electrothermal-modeling-and-design-strategies-for-multibit-phase-change-memory/2021-10-26T00:39:13-07:00https://nanoheat.su.domains/publication/thermal-conductivity-in-porous-silicon-nanowire-arrays/2021-10-26T01:20:14-07:00https://nanoheat.su.domains/publication/thermal-conduction-properties-of-mo-si-multilayers-for-extreme-ultraviolet-optics/2021-10-26T01:22:17-07:00https://nanoheat.su.domains/publication/improved-thermal-interfaces-of-gan-diamond-composite-substrates-for-hemt-applications/2021-10-25T23:38:45-07:00https://nanoheat.su.domains/publication/thermal-cycling-mechanical-degradation-and-the-effective-figure-of-merit-of-a-thermoelectric-module/2021-10-26T00:13:19-07:00https://nanoheat.su.domains/publication/from-the-casimir-limit-to-phononic-crystals-twenty-years-of-phonon-transport-studies-using-silicon-on-insulator-technology/2021-10-25T23:59:24-07:00https://nanoheat.su.domains/publication/system-and-material-parameter-effects-on-thermoelectric-power-generation-in-three-combustion-systems/2021-10-25T23:28:29-07:00https://nanoheat.su.domains/publication/phonon-and-electron-transport-through-ge2sb2te5-films-and-interfaces-bounded-by-metals/2021-10-26T00:10:45-07:00https://nanoheat.su.domains/publication/high-efficiency-transient-temperature-calculations-for-applications-in-dynamic-thermal-management-of-electronic-devices/2021-11-01T03:00:06-07:00https://nanoheat.su.domains/publication/thermal-conduction-phenomena-in-carbon-nanotubes-and-related-nanostructured-materials/2021-10-25T23:46:36-07:00https://nanoheat.su.domains/publication/thermal-conduction-inhomogeneity-of-nanocrystalline-diamond-films-by-dual-side-thermoreflectance/2021-10-25T23:31:25-07:00https://nanoheat.su.domains/publication/heat-capacity-thermal-conductivity-and-interface-resistance-extraction-for-single-walled-carbon-nanotube-films-using-frequency-domain-thermoreflectance/2021-10-25T23:33:31-07:00https://nanoheat.su.domains/publication/a-w-metric-for-thermoelectric-power-generation-beyond-zt/2021-10-26T00:12:03-07:00https://nanoheat.su.domains/publication/composite-thermal-interface-material-including-aligned-nanofiber-with-low-melting-temperature-binder/2021-10-25T23:15:18-07:00https://nanoheat.su.domains/publication/modeling-and-optimization-of-small-thermoelectric-generators-for-low-power-electronics/2021-11-01T03:10:17-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-aperiodic-superlattices-for-quantum-cascade-lasers/2021-11-01T02:55:03-07:00https://nanoheat.su.domains/publication/zipping-entanglement-and-the-elastic-modulus-of-aligned-single-walled-carbon-nanotube-films/2021-10-25T23:01:23-07:00https://nanoheat.su.domains/publication/nanoscale-thermal-transport-ii-2003-2012/2021-10-19T07:18:15-07:00https://nanoheat.su.domains/publication/near-junction-thermal-management-thermal-conduction-in-gallium-nitride-composite-substrates/2021-10-19T05:38:12-07:00https://nanoheat.su.domains/publication/impact-of-nanovoids-on-the-thermal-conductivity-of-heavily-doped-nanosilicon-thin-films/2014-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/inverse-opals-for-fluid-delivery-in-electronics-cooling-systems/2021-10-19T06:45:15-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-nanoporous-copper-inverse-opal-films/2021-10-19T06:33:09-07:00https://nanoheat.su.domains/publication/cross-plane-thermal-conductance-of-graphene-metal-interfaces/2021-11-01T02:54:53-07:00https://nanoheat.su.domains/publication/phonon-defect-scattering-and-the-thermal-resistance-of-the-transition-layers-for-gan-heteroepitaxy/2021-10-25T23:45:38-07:00https://nanoheat.su.domains/publication/thermal-conductance-in-diamondoid-self-assembled-monolayers/2021-10-25T23:39:13-07:00https://nanoheat.su.domains/publication/cooling-limits-for-gan-hemt-technology/2021-10-25T23:40:37-07:00https://nanoheat.su.domains/publication/phonon-conduction-normal-to-polysilicon-films-on-diamond/2021-10-25T23:43:20-07:00https://nanoheat.su.domains/publication/a-parametric-study-of-microporous-metal-matrix-phase-change-material-composite-heat-spreaders-for-transient-thermal-applications/2021-10-19T06:32:32-07:00https://nanoheat.su.domains/publication/3d-packaging-materials-based-on-graphite-nanoplatelet-and-aluminum-nitride-nanocomposites/2021-10-19T07:35:56-07:00https://nanoheat.su.domains/publication/thermal-characterization-of-nanostructured-superlattices-of-tin-tan-applications-as-electrodes-in-phase-change-memory/2021-10-19T06:55:24-07:00https://nanoheat.su.domains/publication/anisotropic-and-nonhomogeneous-thermal-conduction-in-1-%c2%b5m-thick-cvd-diamond/2021-10-19T07:19:56-07:00https://nanoheat.su.domains/publication/phonon-thermal-conduction-in-periodically-porous-silicon-nanobeams/2021-10-19T06:55:46-07:00https://nanoheat.su.domains/publication/thermal-conduction-normal-to-thin-silicon-nitride-films-on-diamond-and-gan/2021-10-19T07:04:09-07:00https://nanoheat.su.domains/publication/towards-thermal-characterization-of-pico-liter-volumes-using-the-3omega-method/2021-10-25T23:42:22-07:00https://nanoheat.su.domains/publication/phase-separation-of-wetting-fluids-using-nanoporous-alumina-membranes-and-micro-glass-capillaries/2021-10-19T07:24:46-07:00https://nanoheat.su.domains/publication/mechanical-properties-of-nanostructured-porous-layers-for-two-phase-convection-enhancement/2021-10-19T07:02:35-07:00https://nanoheat.su.domains/publication/analysis-of-oxide-al2o3-cuo-and-zno-and-cnt-nanoparticles-disaggregation-effect-on-the-thermal-conductivity-and-the-viscosity-of-nanofluids/2021-10-19T06:56:10-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-lattice-matched-superlattices-of-ingaas-inalas/2021-10-19T07:05:34-07:00https://nanoheat.su.domains/publication/ultrafast-characterization-of-phase-change-material-crystallization-properties-in-the-melt-quenched-amorphous-phase/2021-10-19T06:25:24-07:00https://nanoheat.su.domains/publication/fundamental-cooling-limits-for-high-power-density-gan-electronics/2021-11-01T02:47:16-07:00https://nanoheat.su.domains/publication/a-figure-of-merit-for-smart-phone-thermal-management/2021-10-19T05:46:38-07:00https://nanoheat.su.domains/publication/reactive-metal-bonding-of-carbon-nanotube-arrays-for-thermal-interface-applications/2021-10-19T07:35:30-07:00https://nanoheat.su.domains/publication/evaluating-broader-impacts-of-nanoscale-thermal-transport-research/2021-10-19T05:49:58-07:00https://nanoheat.su.domains/publication/energy-efficient-abundant-data-computingthe-n3xt-1000x/2021-10-29T08:11:05-07:00https://nanoheat.su.domains/publication/cross-plane-phonon-conduction-in-polycrystalline-silicon-films/2021-11-01T02:37:11-07:00https://nanoheat.su.domains/publication/reply-to-the-comment-on-per-w-metrics-for-thermoelectric-power-generation-beyond-zt-by-g-nunes-jr-energy-environ-sci-2014-7-doe10-1039-c3ee43700k/2021-10-19T07:06:16-07:00https://nanoheat.su.domains/publication/material-and-manufacturing-cost-considerations-for-thermoelectrics/2021-10-19T07:07:05-07:00https://nanoheat.su.domains/publication/phonon-scattering-in-strained-transition-layers-for-gan-heteroepitaxy/2021-10-19T07:19:16-07:00https://nanoheat.su.domains/publication/s2-t3-next-generation-gallium-nitride-hemts-enabled-by-diamond-substrates/2021-11-01T02:49:01-07:00https://nanoheat.su.domains/publication/thermal-interface-resistance-measurements-for-gan-on-diamond-composite-substrates/2021-11-01T02:48:29-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-vertically-aligned-copper-nanowire-arrays/2021-11-01T02:35:16-07:00https://nanoheat.su.domains/publication/progress-on-phase-separation-microfluidics/2021-11-01T02:47:46-07:00https://nanoheat.su.domains/publication/burst-behavior-at-a-capillary-tipeffect-of-low-and-high-surface-tension/2021-10-19T05:53:39-07:00https://nanoheat.su.domains/publication/power-density-optimization-for-micro-thermoelectric-generators/2021-10-19T05:49:00-07:00https://nanoheat.su.domains/publication/full-scale-simulation-of-an-integrated-monolithic-heat-sink-for-thermal-management-of-a-high-power-density-gan-sic-chip/2021-10-19T05:48:15-07:00https://nanoheat.su.domains/publication/computational-modeling-of-extreme-heat-flux-microcooler-for-gan-based-hemt/2021-10-19T05:47:28-07:00https://nanoheat.su.domains/publication/tailoring-of-permeability-in-copper-inverse-opals-for-electronics-cooling-applications/2021-10-19T05:45:28-07:00https://nanoheat.su.domains/publication/high-heat-flux-subcooled-flow-boiling-of-methanol-in-microtubes/2021-10-19T05:42:08-07:00https://nanoheat.su.domains/publication/thermal-characterization-of-nanocrystalline-diamond-films-on-silicon/2021-10-19T05:43:40-07:00https://nanoheat.su.domains/publication/numerical-simulation-of-advanced-monolithic-microcooler-designs-for-high-heat-flux-microelectronics/2021-10-19T05:44:55-07:00https://nanoheat.su.domains/publication/numerical-optimization-of-advanced-monolithic-microcoolers-for-high-heat-flux-microelectronics/2021-10-19T06:09:58-07:00https://nanoheat.su.domains/publication/validation-study-for-vof-simulations-of-boiling-in-a-microchannel/2021-11-01T02:34:39-07:00https://nanoheat.su.domains/publication/thermal-management-of-qcl-devices-packaging/2021-10-19T05:55:31-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-vertically-aligned-copper-nanowire-arrays-and-composites/2021-10-19T06:12:10-07:00https://nanoheat.su.domains/publication/energy-efficient-phase-change-memory-with-graphene-as-thermal-barrier/2021-10-19T05:56:23-07:00https://nanoheat.su.domains/publication/nonhomogeneous-morphology-and-the-elastic-modulus-of-aligned-carbon-nanotube-films/2021-10-19T06:09:01-07:00https://nanoheat.su.domains/publication/thermal-modeling-of-extreme-heat-flux-microchannel-coolers-for-gan-on-sic-semiconductor-devices/2021-10-19T05:39:46-07:00https://nanoheat.su.domains/publication/approaching-the-limits-of-two-phase-boiling-heat-transferhigh-heat-flux-and-low-superheat/2021-10-19T06:10:46-07:00https://nanoheat.su.domains/publication/thermal-characterization-and-analysis-of-microliter-liquid-volumes-using-the-three-omega-method/2021-10-28T06:51:22-07:00https://nanoheat.su.domains/publication/thermal-transportcool-electronics/2021-10-19T05:58:25-07:00https://nanoheat.su.domains/publication/quasi-ballistic-electronic-thermal-conduction-in-metal-inverse-opals/2021-10-28T23:11:02-07:00https://nanoheat.su.domains/publication/anisotropic-and-inhomogeneous-thermal-conduction-in-suspended-thin-film-polycrystalline-diamond/2021-10-19T05:33:39-07:00https://nanoheat.su.domains/publication/localized-high-heat-flux-two-phase-cooling-using-capillary-fed-porous-structures/2021-10-19T05:49:16-07:00https://nanoheat.su.domains/publication/capillary-fed-two-phase-cooling-beyond-1kw-cm2-in-short-wicking-length-joule%e2%80%90heated-microporous-copper-layers/2021-11-01T02:34:11-07:00https://nanoheat.su.domains/publication/structure-dependent-wettability-on-copper-inverse-opals/2021-11-01T02:34:06-07:00https://nanoheat.su.domains/publication/thermal-conductivity-measurement-of-amorphous-dielectric-multilayers-for-phase-change-memory-power-reduction/2021-10-29T12:58:48-07:00https://nanoheat.su.domains/publication/enhanced-phonon-scattering-by-nanovoids-in-high-thermoelectric-power-factor-polysilicon-thin-films/2021-10-19T05:37:12-07:00https://nanoheat.su.domains/publication/phonon-conduction-in-gan-diamond-composite-substrates/2021-10-19T04:06:46-07:00https://nanoheat.su.domains/publication/enhanced-thermal-conduction-through-nanostructured-interfaces/2021-11-01T02:30:00-07:00https://nanoheat.su.domains/publication/phonon-conduction-in-silicon-nanobeams/2021-10-19T04:12:51-07:00https://nanoheat.su.domains/publication/thermal-and-mechanical-characterization-of-polymeric-composites-containing-aligned-copper-nanowires-as-flexible-thermal-conductors/2021-10-12T21:31:41-07:00https://nanoheat.su.domains/publication/transient-thermal-conduction-in-nanoscale-copper-architectures-with-embedded-phase-change-material/2017-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/tuning-electrical-optical-and-thermal-properties-in-mos2-nanosheets-via-li-intercalation/2016-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/characterization-of-the-thermal-conductivity-of-cvd-diamond-for-gan-on-diamond-devices/2021-11-01T02:34:00-07:00https://nanoheat.su.domains/publication/optical-and-thermal-properties-of-heterogeneously-integrated-cvd-grown-2d-materials/2016-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/characterization-of-the-thermal-boundary-conductance-between-mos2-and-sio2-via-in-situ-raman-spectroscopy-of-functioning-transistors/2017-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/probing-electrical-and-thermal-properties-in-electrochemically-li-intercalated-mos2-nanosheets-with-raman-spectroscopy/2021-11-01T02:29:00-07:00https://nanoheat.su.domains/publication/understanding-and-tuning-heat-conduction-in-mos2-cross-plane-diffusive-ballistic-transport-and-dynamic-electrochemical-tuning-of-thermal-conductivity-by-li-intercalation/2017-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/experimental-considerations-of-cvd-diamond-film-measurements-using-time-domain-thermoreflectance/2017-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/thermal-conductivity-measurements-on-suspended-diamond-membranes-using-picosecond-and-femtosecond-time-domain-thermoreflectance/2017-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/phonon-conduction-in-silicon-nanobeam-labyrinths/2021-10-19T05:06:47-07:00https://nanoheat.su.domains/publication/micro-ththering-for-in-process-stiction-mitigation-of-highly-compliant-structures/2021-10-19T05:05:23-07:00https://nanoheat.su.domains/publication/thermal-conductivity-measurement-of-polymer-thin-films-by-the-3w-method-using-nanostencil-patterning/2016-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/optimization-of-hybrid-wick-structures-for-extreme-spreading-in-high-performance-vapor-chambers/2021-10-19T05:41:12-07:00https://nanoheat.su.domains/publication/thermal-conduction-across-metal-dielectric-sidewall-interfaces/2021-10-29T09:45:27-07:00https://nanoheat.su.domains/publication/temperature-dependent-thermal-boundary-conductance-of-monolayer-mos2-by-raman-thermometry/2021-10-19T04:05:41-07:00https://nanoheat.su.domains/publication/dielectric-barrier-layers-by-low-temperature-plasma-enhanced-atomic-layer-deposition-of-silicon-dioxide/2021-10-19T03:51:30-07:00https://nanoheat.su.domains/publication/facile-thermal-and-optical-ignition-of-silicon-nanoparticles-and-micron-particles/2021-10-19T05:07:55-07:00https://nanoheat.su.domains/publication/porous-micropillar-structures-for-retaining-low-surface-tension-liquids/2021-10-19T03:43:20-07:00https://nanoheat.su.domains/publication/anti-hermitian-photodetector-facilitating-efficient-subwavelength-photon-sorting/2021-10-19T03:25:17-07:00https://nanoheat.su.domains/publication/extreme-two%e2%80%90phase-cooling-from-laser%e2%80%90etched-diamond-and-conformal-template%e2%80%90fabricated-microporous-copper/2021-10-19T05:31:39-07:00https://nanoheat.su.domains/publication/modulation-of-thermal-and-thermoelectric-transport-in-individual-carbon-nanotubes-by-fullerene-encapsulation/2021-10-19T04:08:20-07:00https://nanoheat.su.domains/publication/dense-vertically-aligned-copper-nanowire-composites-as-high-performance-thermal-interface-materials/2021-10-19T05:04:45-07:00https://nanoheat.su.domains/publication/thermal-conduction-in-novel-polymers/2017-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/high-conductivity-bonding-of-metal-nanowire-arrays/2021-11-01T02:27:15-07:00https://nanoheat.su.domains/publication/graphene-inserted-phase-change-memory-device-and-method-of-fabricating-the-same/2021-10-19T04:00:44-07:00https://nanoheat.su.domains/publication/modular-heat-sink-for-chip-scale-gan-transistors-in-multilevel-converters/2021-10-18T12:37:14-07:00https://nanoheat.su.domains/publication/direct-visualization-of-thermal-conductivity-suppression-due-to-enhanced-phonon-scattering-near-individual-grain-boundaries/2021-10-19T04:00:03-07:00https://nanoheat.su.domains/publication/experimental-characterization-of-microfabricated-thermoelectric-energy-harvesters-for-smart-sensor-and-wearable-applications/2021-10-19T03:45:56-07:00https://nanoheat.su.domains/publication/phonon-scattering-in-silicon-by-multiple-morphological-defects-a-multiscale-analysis/2021-10-19T03:48:30-07:00https://nanoheat.su.domains/publication/impact-of-thermally-dead-volume-on-phonon-conduction-along-silicon-nanoladders/2021-10-18T12:35:51-07:00https://nanoheat.su.domains/publication/the-heat-conduction-renaissance/2021-10-18T12:37:42-07:00https://nanoheat.su.domains/publication/enhanced-capillary%e2%80%90fed-boiling-in-copper-inverse-opals-via-template-sintering/2021-10-28T06:39:13-07:00https://nanoheat.su.domains/publication/tailoring-permeability-of-microporous-copper-structures-through-template-sintering/2021-10-19T03:23:06-07:00https://nanoheat.su.domains/publication/improving-the-performance-of-ge2sb2te5-materials-via-nickel-doping-towards-rf-compatible-phase-change-devices/2021-10-19T03:49:36-07:00https://nanoheat.su.domains/publication/an-electrochemical-thermal-transistor/2021-10-28T06:39:28-07:00https://nanoheat.su.domains/publication/optimizing-the-design-of-composite-phase-change-materials-for-high-thermal-power-density/2021-10-19T03:44:32-07:00https://nanoheat.su.domains/publication/strongly-tunable-anisotropic-thermal-transport-in-mos2-by-strain-and-lithium-intercalation-first-principles-calculations/2021-10-28T06:38:42-07:00https://nanoheat.su.domains/publication/quasi-ballistic-thermal-transport-across-mos2-thin-films/2021-10-28T06:38:29-07:00https://nanoheat.su.domains/publication/understanding-the-switching-mechanism-of-interfacial-phase-change-memory/2021-10-28T06:37:18-07:00https://nanoheat.su.domains/publication/thermal-conductivity-of-crystalline-aln-and-the-influence-of-atomic-scale-defects/2021-10-28T06:38:12-07:00https://nanoheat.su.domains/publication/highly-anisotropic-thermal-conductivity-in-spin-cast-polystyrene-nano-films/2021-11-01T03:09:23-07:00https://nanoheat.su.domains/publication/nanostencil-fabrication-with-double-exposure-optical-lithography-for-scalable-resist-free-patterning-of-metal-on-polymers/2021-10-19T03:47:06-07:00https://nanoheat.su.domains/publication/single-phase-thermal-and-hydraulic-performance-of-embedded-silicon-micro-pin-fin-heat-sinks-using-r245fa/2021-10-28T06:37:33-07:00https://nanoheat.su.domains/publication/micro-tethering-for-fabrication-of-encapsulated-inertial-sensors-with-high-sensitivity/2021-10-28T06:38:54-07:00https://nanoheat.su.domains/publication/embedded-cooling-with-3d-manifold-for-vehicle-power-electronics-application-single-phase-thermal-fluid-performance/2021-10-18T11:54:58-07:00https://nanoheat.su.domains/publication/publisher-correction-an-electrochemical-thermal-transistor-vol-9-4510-2018/2021-10-28T06:39:40-07:00https://nanoheat.su.domains/publication/tunable-passive-thermal-regulation-through-liquid-to-vapor-phase-change/2021-10-28T06:37:48-07:00https://nanoheat.su.domains/publication/investigation-of-3d-manifold-architecture-heat-sinks-in-air-cooled-condensers/2021-10-28T07:16:12-07:00https://nanoheat.su.domains/publication/thermoelectric-generators-a-case-study-in-multi-scale-thermal-engineering-design/2021-10-29T10:36:19-07:00https://nanoheat.su.domains/publication/phase-change-dynamics-and-2-dimensional-4bit-memory-in-ge2sb2te5-via-telecom-band-encoding/2021-10-29T12:57:31-07:00https://nanoheat.su.domains/publication/characterization-and-thermal-modeling-of-a-miniature-silicon-vapor-chamber-for-die-level-heat-redistribution/2021-10-15T07:25:13-07:00https://nanoheat.su.domains/publication/tungsten-doped-ge2sb2te5-phase-change-material-for-high-speed-optical-switching-devices/2021-10-28T07:35:49-07:00https://nanoheat.su.domains/publication/lithography-and-etching-free-microfabrication-of-silicon-carbide-on-insulator-using-direct-uv-laser-ablation/2021-10-15T07:26:10-07:00https://nanoheat.su.domains/publication/high-frequency-water-vapor-sorption-cycling-using-fluidization-of-metal-organic-frameworks/2021-10-15T07:21:57-07:00https://nanoheat.su.domains/publication/mechanical-design-and-reliability-of-gold-tin-eutectic-bonding-for-silicon-based-thermal-management-devices/2021-10-15T07:25:39-07:00https://nanoheat.su.domains/publication/high-thermal-conductivity-aln-heat-spreader-films/2020-09-01T00:00:00-07:00https://nanoheat.su.domains/publication/two-fold-reduction-of-switching-current-density-in-phase-change-memory-using-bi2te3-thermoelectric-interfacial-layer/2021-10-15T07:20:30-07:00https://nanoheat.su.domains/publication/steady-state-parametric-optimization-and-transient-characterization-of-heat-flow-regulation-with-binary-diffusion/2021-10-15T07:26:28-07:00https://nanoheat.su.domains/publication/performance-and-manufacturing-of-silicon-based-vapor-chambers/2021-10-15T07:19:45-07:00https://nanoheat.su.domains/publication/design-and-fabrication-of-graded-copper-inverse-opals-g-cios-for-capillary-fed-boiling-in-high-heat-flux-cooling-applications/2021-10-18T10:51:06-07:00https://nanoheat.su.domains/publication/thermal-interface-enhancement-via-inclusion-of-an-adhesive-layer-using-plasma-enhanced-atomic-layer-deposition/2021-10-15T07:19:16-07:00https://nanoheat.su.domains/publication/uncovering-thermal-and-electrical-properties-of-sb2te3-gete-superlattice-films/2021-10-15T07:09:56-07:00https://nanoheat.su.domains/publication/design-and-optimization-of-well-ordered-microporous-copper-structure-for-high-heat-flux-cooling-applications/2021-10-15T07:12:34-07:00https://nanoheat.su.domains/publication/direct-quantification-of-heat-generation-due-to-inelastic-scattering-of-electrons-using-a-nanocalorimeter/2021-10-15T07:10:58-07:00https://nanoheat.su.domains/publication/achieving-high-thermoelectric-performance-and-metallic-transport-in-solvent-sheared-pedotpss/2021-10-15T07:16:49-07:00https://nanoheat.su.domains/publication/tuning-electrical-and-interfacial-thermal-properties-of-bilayer-mos2-via-electrochemical-intercalation/2021-10-15T07:18:52-07:00https://nanoheat.su.domains/publication/graphene-based-electromechanical-thermal-switches/2021-10-19T11:15:15-07:00https://nanoheat.su.domains/publication/microfabrication-challenges-for-silicon-based-large-area-500-mm2-3d-manifolded-embedded-micro-cooler-devices-for-high-heat-flux-removal/2021-10-28T07:24:30-07:00https://nanoheat.su.domains/publication/thermal-and-manufacturing-design-considerations-for-silicon-based-embedded-microchannel-3d-manifold-coolers-emmc-part-3-addressing-challenges-in-laser-micro-machining-based-manufacturing/2021-10-28T07:18:16-07:00https://nanoheat.su.domains/publication/thermal-and-manufacturing-design-considerations-for-silicon-based-embedded-microchannel-3d-manifold-coolers-emmc-part-2-parametric-study-of-silicon-based-embedded-microchannels-with-3d-ma/2021-10-28T07:19:17-07:00https://nanoheat.su.domains/publication/considerations-and-challenges-for-large-area-embedded-micro-channels-with-3d-manifold-in-high-heat-flux-power-electronics-applications/2021-10-18T10:57:19-07:00https://nanoheat.su.domains/publication/lasered-roughness-to-increase-wicking-rates-in-pin-fin-microstructure/2021-10-18T10:56:37-07:00https://nanoheat.su.domains/publication/characterization-and-prevention-of-metal-overflow-in-ultra-thin-au-sn-eutecticchip-bonding-for-packaging-and-integration-of-extreme-heat-flux-micro-coolers/2021-10-15T07:24:34-07:00https://nanoheat.su.domains/publication/thermal-design-and-management-of-micro-pin-fin-heat-sinks-for-energy-efficient-three-dimensional-stacked-integrated-circuits/2021-10-15T07:13:34-07:00https://nanoheat.su.domains/publication/an-artificial-neural-network-model-for-predicting-frictional-pressure-drop-in-micro-pin-fin-heat-sink/2021-10-15T07:16:15-07:00https://nanoheat.su.domains/publication/simultaneous-thickness-and-thermal-conductivity-measurements-of-thinned-silicon-from-100-nanometers-to-17-microns/2021-10-15T07:15:40-07:00https://nanoheat.su.domains/publication/phase-and-temperature-dependent-thermoelectric-properties-of-ge2sb2te5-films-down-to-25-nm-thickness/2021-11-19T13:37:46-08:00