... infrared spectra molecular biophysics nanobiotechnology nanocomposites patient treatment polymer fibres proteins tissue engineering bacterial cellulose nanocomposites bone regeneration Natural based polymers have been applied in tissue engineering as scaffolds in order to provide...

... and the applied magnetic field on the survival, growth, and electrical activities of the DRG neurons, are currently being investigated. biomedical materials electron microscopy magnetic particles nanobiotechnology nanotubes neurophysiology The authors thank the financial support from NSF...

..., and output photon densities is investigated. The implemented models can help designers and scientists to optimize their devices to meet their requirements. biological techniques diagrams gamma-ray detection nanobiotechnology quantum dots γ radiation quantum dot wetting layer block...

... ] for Timoshenko columns). 27 06 2011 24 08 2011 11 01 2012 11 01 2012 e-mail: noel.challamel@univ-ubs.fr ferromagnetic materials beams (structures) boundary-value problems buckling elasticity Laplace equations nanobiotechnology nanostructured materials vibrations...

...) surface area, average pore size, and thickness of the membrane top layer were determined to be 292 m 2 /g, 2.2 nm, and 4 μ m, respectively. 24 03 2011 05 05 2011 10 01 2012 10 01 2012 alumina biomedical materials biomembranes calcination nanobiotechnology nanocomposites...

... 05 2011 10 01 2012 10 01 2012 aggregation antibacterial activity biomedical materials filled polymers microorganisms nanobiotechnology nanocomposites nanofabrication particle size reduction (chemical) scanning electron microscopy silver thermal analysis X-ray chemical...

... bending biomechanics biomedical materials composite materials finite element analysis graphene molecular dynamics method nanobiotechnology nanostructured materials Poisson ratio Young's modulus Novoselov and his colleagues, after years of groundbreaking research, demonstrated...

... ) ρ BF + f ρ p 30 08 2010 03 10 2010 19 05 2011 19 05 2011 biological tissues biomedical materials biothermics cellular biophysics cryogenics disperse systems glass transition heat transfer nanobiotechnology nanoparticles polymer solutions...

... 2011 17 05 2011 biological effects of fields biomagnetism hyperthermia magnetic particles nanobiotechnology nanoparticles temperature distribution tumours bioheat transfer numerical simulation nanohyperthermia nonuniform model treatment planning Hyperthermia ( 1...

... gases nanobiotechnology nanocomposites nanofabrication nanoparticles particle size polymers scanning electron microscopy thermal analysis thermal stability transmission electron microscopy X-ray diffraction 20 12 2010 02 03 2011 13 05 2011 13 05 2011 2011...

... cantilevers carbon nanotubes finite difference methods Galerkin method mass measurement microorganisms nanobiotechnology nanosensors nanotube devices vibrations The discovery of the carbon nanotubes (CNTs) has attracted many researchers ( 1 ). Numerous studies have been performed...

... 02 2011 10 02 2011 biomedical materials drug delivery systems ear iron compounds nanobiotechnology nanoparticles superparamagnetism nanoparticles dexamethasone superparamagnetic iron oxide drug loading sustained release About 9% of the population in the US (28...

... biomechanics biomedical imaging biomedical materials fibres Fourier transform spectra hydrogen bonds infrared spectra macromolecules mechanical strength molecular biophysics nanobiotechnology nanofabrication nanostructured materials organic compounds thin films Young's modulus biomaterial...

... electrodeposition physical property measurement system differential method antimony compounds biomedical materials bismuth compounds composite materials metallic thin films nanobiotechnology nanofabrication nanowires nickel Seebeck effect thermocouples Uher , C. , 2000...

... nanotubes elasticity nanobiotechnology nanocomposites Young's modulus carbon nanotubes pinhole defects effective material properties nanocomposites RVE Owing to their remarkable properties, carbon nanotubes have been employed in many diverse areas of applications. Carbon nanotubes...

... nanobiotechnology nanocomposites nanofibres nanoindentation polymerisation two-photon processes nanoindentation nanofibers plasmon two photon cross section 2PP The flexure of polymers made it an important material for constructing biomedical microelectromechnical systems (MEMSs) ( 1 ). More...

... materials nanobiotechnology nanofabrication nanotubes neurophysiology pyrolysis magnetic nanotube iron oxide hematite magnetization nerve growth factor PC12 cell neuron neurite synaptic connection The nervous system of an animal needs to function normally to enable the animal...

... 32 24 29 09 2010 06 10 2010 01 11 2010 01 11 2010 biochemistry biomedical electrodes bioMEMS biosensors carbon nanotubes enzymes microelectrodes molecular biophysics nanobiotechnology nanosensors oxidation prosthetic power supplies reduction (chemical...

... potential nanobiotechnology stress-strain relations tensile strength XFEM carbon nanotubes contour integral method Carbon nanotubes (CNTs) with their unique structures have been the most interesting nanostructures ever introduced due to their exceptionally superior mechanical, thermal...

... biophysics nanobiotechnology nanowires neurophysiology prosthetics scanning electron microscopy silicon voltammetry (chemical analysis) nanowires VLS method electrochemical L-glutamate sensor Monitoring concentrations of neurotransmitters extracellularly in a mammalian central nervous...