Nanotechnology Now

• About Us
  
  • Advertising
  • Our Mission
  • Our Team
  • Comments
  • Friends
  • Contact
• Nanotechnology
• News
  
  • Current News
  • Press Releases
  • Submit Press
  • Press kit
  • Interviews
• Columns
• Products
  
  • Our Products
  • Books
  • Featured Books
• Directories
  
  • Companies/Academic
  • Events
  • Glossary
  • Best Of
• Career Center
• Nano-Social Network
• Nano Consulting
• My Account

Home > News > Materials at the nanoscale have zero specific heat

April 5th, 2010

Materials at the nanoscale have zero specific heat

Abstract:
Currently, specific heat at the nanoscale is considered an intensive property having the same value as for macroscopic bodies. The Debye and Einstein macroscopic theories of specific heat including modifications thereof by Raman are generally assumed in simulating heat transfer in nanostructures. See Thumbnail of "Macroscopic Specific Heat at the Nanoscale?" in (link). What this means is the classical oscillators of statistical mechanics all having the same kT energy are used to model specific heat at the nanoscale.

Source:
scienceblog.com

Bookmark:

Related News Press

News and information

Less is More: Novel Cellulose Structure Requires Fewer Enzymes to Process Biomass to Fuel June 19th, 2013

Sound waves precisely position nanowires June 19th, 2013

Scientists Use Nanotechnology to Increase Thermal Stability of Essential Oils June 19th, 2013

Production of Bioactive Material for Quick Treatment of Bone Damages June 19th, 2013

Announcements

Less is More: Novel Cellulose Structure Requires Fewer Enzymes to Process Biomass to Fuel June 19th, 2013

Sound waves precisely position nanowires June 19th, 2013

Scientists Use Nanotechnology to Increase Thermal Stability of Essential Oils June 19th, 2013

Production of Bioactive Material for Quick Treatment of Bone Damages June 19th, 2013

Quantum nanoscience

Data Highways for Quantum Information June 13th, 2013

Spooky action put to order Different types of 'entanglement' classified June 6th, 2013

Quantum teleportation between atomic systems over long distances June 6th, 2013

Study suggests second life for possible spintronic materials: Ohio University research merges manganese, gallium nitride in uniform layer June 6th, 2013