Faculty

Institution

Unit

Venue

Timothy Sands

President

Virginia Tech

Affiliations

College of Engineering

Materials Science and Engineering

Timothy Sands is currently serving as a College Of Engineering President at Virginia Tech.

Honors

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Experiences

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Education

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Timothy Sands

Virginia Tech

President

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materials science applied physics materials engineering nanotechnology electronic materials thin films optoelectronics solid-state electronics condensed matter physics advanced materials nanomaterials semiconductors material research mechanical engineering electronics aluminum gallium nitride semiconductor nanostructures thermal engineering physics condensed matter epitaxial growth additive manufacturing metals semiconductor technology laser science mechanical science material chemistry semiconductor devices semiconductor device fabrication thin film processing composite science semiconductor materials laser deposition thermal conductivity pulsed laser deposition surface nanotechnology thermal transport membrane science printed electronics oxide electronics thermoelectric materials laser processing technology carbon-based materials laser lift-off advanced energy material nanoscale science plasmonics thermal properties surface modification nanoparticle research advanced functional materials gan power device compound semiconductors organic electronics electrode-electrolyte interfaces luminescence nanostructure synthesis nanoscale chemistry ferroelectric application surface reactivity nanobiotechnology thermoelectric properties advanced electrode material first-principles study thermal stability sapphire substrates si substrates cds filters sapphire substrate nonaqueous solvent excimer laser liftoff skutterudite thin films experimental results fused silica laser liftoff gan microcavities nanocomposite materials physical properties nano energy electrical power solid-state lighting chemical engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rocksalt Nitride Metal/Semiconductor Superlattices: A New Class of Artificially Structured Materials. Applied Physics Reviews (2018)

Bivas SahaAli ShakouriTimothy D. Sands

condensed matter physicsapplied physicsmaterials scienceapplied mathematics

Temperature-Dependent Thermal and Thermoelectric Properties of N -Type and P -Type S C 1 − X M G X N. Physical review. B./Physical review. B (2018)

Bivas SahaJaime Andres Perez-TabordaJe-Hyeong BahkYee Rui KohAli ShakouriMarisol Martin-GonzalezTimothy D. Sands

mechanical propertiesthermal propertiesmaterials sciencephysicsthermoelectric propertiestemperature-dependent thermal

Compensation of Native Donor Doping in Scn: Carrier Concentration Control and P -Type Scn. Applied Physics Letters (2017)

Bivas SahaMagnus GarbrechtJaime A. Perez-TabordaMohammed H. FaweyYee Rui KohAli ShakouriMarisol Martin-GonzalezLars HultmanTimothy D. Sands

native donor dopingsemiconductor nanostructurescarrier concentration controloptoelectronicsapplied physicsmaterials sciencesemiconductorsphysicsphysical chemistryparticle physicssolid-state electronicselectronic materialsapplied chemistrythin filmssemiconductor devicessemiconductor materials

Dislocation-Pipe Diffusion in Nitride Superlattices Observed in Direct Atomic Resolution. Scientific Reports (2017)

Magnus GarbrechtBivas SahaJeremy L. SchroederLars HultmanTimothy D. Sands

direct atomic resolutioncondensed matter physicsdislocation-pipe diffusionmaterials scienceapplied physicsnitride superlatticesthin filmsnanotechnologymechanical engineering

Phonon Wave Effects in the Thermal Transport of Epitaxial Tin/(Al,Sc)N Metal/Semiconductor Superlattices. Journal of Applied Physics (2017)

Bivas SahaYee Rui KohJoseph P. FeserSridhar SadasivamTimothy S. FisherAli ShakouriTimothy D. Sands

heat transfercondensed matter physicsthermal engineeringapplied physicsmaterials sciencecondensed matterphysicsepitaxial growthphonon wave effects

Tailoring of Surface Plasmon Resonances in Tin/(Al0.72Sc0.28)N Multilayers by Dielectric Layer Thickness Variation. Journal of Materials Science (2017)

Magnus GarbrechtLars HultmanMohammed H. FaweyTimothy D. SandsBivas Saha

surface scienceadvanced materialssurface plasmon resonancessemiconductor nanostructuresmaterials scienceapplied physicsplasmonicsthin films

Void-Mediated Coherency-Strain Relaxation and Impediment of Cubic-To-Hexagonal Transformation in Epitaxial Metastable Metal/Semiconductor Tin / a L 0.72 S C 0.28 N Multilayers. Physical Review Materials (2017)

Magnus GarbrechtLars HultmanMohammed H. FaweyTimothy D. SandsBivas Saha

fragmentation effectmaterials scienceelectronic materialsmaterial researchcompound semiconductorselectrical engineeringcubic-to-hexagonal transformationsurface sciencedefect formationadvanced materialsvoid-mediated coherency-strain relaxationcondensed matter physicssolid-state electronicssemiconductorsepitaxial growththin filmssemiconductor technologymetalscondensed matterapplied physics

Anisotropic Effects on the Thermoelectric Properties of Highly Oriented Electrodeposited Bi2Te3 Films. Scientific Reports (2016)

Cristina V. ManzanoBegoña AbadMiguel Muñoz RojoYee Rui KohStephen L. HodsonAntonio M. Lopez MartinezXianfan XuAli ShakouriTimothy D. SandsTheodorian Borca-TasciucMarisol Martin-Gonzalez

advanced functional materialsthermoelectric materialsanisotropic effectsadvanced materialssubstrate surfacecondensed matter physicsadvanced energy materialapplied physicsmaterials scienceelectronic materialsferroelectric applicationmaterial researchthin filmscharacterization (materials science)bi2te3 films

Cross-Plane Thermal Conductivity of (Ti,W)N/(Al,Sc)N Metal/Semiconductor Superlattices. Physical review. B./Physical review. B (2016)

Bivas SahaYee Rui KohJonathan ComparanSridhar SadasivamJeremy L. SchroederMagnus GarbrechtAmr MohammedJens BirchTimothy FisherAli ShakouriTimothy D. Sands

thermal conductivityadvanced materialsthermal conductioncross-plane thermal conductivitymetalsheat transfermechanical sciencecondensed matter physicssolid-state electronicsmaterials scienceapplied physicscondensed matterphysicsthermal engineeringcharge transportthermal propertiesthin filmsnanotechnology

Microstructural Evolution and Thermal Stability of Hfn/Scn, Zrn/Scn, and Hf0.5Zr0.5N/Scn Metal/Semiconductor Superlattices. Journal of Materials Science (2016)

Magnus GarbrechtJeremy L. SchroederLars HultmanJens BirchBivas SahaTimothy D. Sands

advanced materialsmaterials engineeringmetalsthermal transportthermal stabilitymicrostructural evolutioncondensed matter physicssemiconductorsmaterials scienceapplied physicsmaterial propertiesmaterial researchmaterial analysismaterial modelingelectrical engineeringcharacterization (materials science)

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Timothy Sands

President

Virginia Tech

Affiliations

College of Engineering

Materials Science and Engineering

Timothy Sands is currently serving as a College Of Engineering President at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Timothy Sands

Virginia Tech

President

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Rocksalt Nitride Metal/Semiconductor Superlattices: A New Class of Artificially Structured Materials. Applied Physics Reviews (2018)

Bivas SahaAli ShakouriTimothy D. Sands

condensed matter physicsapplied physicsmaterials scienceapplied mathematics

Temperature-Dependent Thermal and Thermoelectric Properties of N -Type and P -Type S C 1 − X M G X N. Physical review. B./Physical review. B (2018)

Bivas SahaJaime Andres Perez-TabordaJe-Hyeong BahkYee Rui KohAli ShakouriMarisol Martin-GonzalezTimothy D. Sands

mechanical propertiesthermal propertiesmaterials sciencephysicsthermoelectric propertiestemperature-dependent thermal

Compensation of Native Donor Doping in Scn: Carrier Concentration Control and P -Type Scn. Applied Physics Letters (2017)

Bivas SahaMagnus GarbrechtJaime A. Perez-TabordaMohammed H. FaweyYee Rui KohAli ShakouriMarisol Martin-GonzalezLars HultmanTimothy D. Sands

Dislocation-Pipe Diffusion in Nitride Superlattices Observed in Direct Atomic Resolution. Scientific Reports (2017)

Magnus GarbrechtBivas SahaJeremy L. SchroederLars HultmanTimothy D. Sands

direct atomic resolutioncondensed matter physicsdislocation-pipe diffusionmaterials scienceapplied physicsnitride superlatticesthin filmsnanotechnologymechanical engineering

Phonon Wave Effects in the Thermal Transport of Epitaxial Tin/(Al,Sc)N Metal/Semiconductor Superlattices. Journal of Applied Physics (2017)

Bivas SahaYee Rui KohJoseph P. FeserSridhar SadasivamTimothy S. FisherAli ShakouriTimothy D. Sands

heat transfercondensed matter physicsthermal engineeringapplied physicsmaterials sciencecondensed matterphysicsepitaxial growthphonon wave effects

Tailoring of Surface Plasmon Resonances in Tin/(Al0.72Sc0.28)N Multilayers by Dielectric Layer Thickness Variation. Journal of Materials Science (2017)

Magnus GarbrechtLars HultmanMohammed H. FaweyTimothy D. SandsBivas Saha

surface scienceadvanced materialssurface plasmon resonancessemiconductor nanostructuresmaterials scienceapplied physicsplasmonicsthin films

Magnus GarbrechtLars HultmanMohammed H. FaweyTimothy D. SandsBivas Saha

Anisotropic Effects on the Thermoelectric Properties of Highly Oriented Electrodeposited Bi2Te3 Films. Scientific Reports (2016)

Cristina V. ManzanoBegoña AbadMiguel Muñoz RojoYee Rui KohStephen L. HodsonAntonio M. Lopez MartinezXianfan XuAli ShakouriTimothy D. SandsTheodorian Borca-TasciucMarisol Martin-Gonzalez

Cross-Plane Thermal Conductivity of (Ti,W)N/(Al,Sc)N Metal/Semiconductor Superlattices. Physical review. B./Physical review. B (2016)

Bivas SahaYee Rui KohJonathan ComparanSridhar SadasivamJeremy L. SchroederMagnus GarbrechtAmr MohammedJens BirchTimothy FisherAli ShakouriTimothy D. Sands

Microstructural Evolution and Thermal Stability of Hfn/Scn, Zrn/Scn, and Hf0.5Zr0.5N/Scn Metal/Semiconductor Superlattices. Journal of Materials Science (2016)

Magnus GarbrechtJeremy L. SchroederLars HultmanJens BirchBivas SahaTimothy D. Sands

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