... 2015 Biomedical Biotechnology Fabrication Methods Growth Tools Multiple cell types, such as pancreatic cells, embryonic stem cells (ESCs), and cancerous cells, exist as 3D spheroids in vivo, which commonly scale from tens to hundreds of microns [ 1 – 4 ]. Cell spheroids...

... – 526 . 10.1142/S0218348X94000739 [6] Gunduz , I . E. , Onel , S. , Doumanidis , C. C. , Rebholz , C. , and Son , S. F. , 2015 , “ Simulations of Nanoscale Ni/Al Multilayer Foils With Intermediate Ni2Al3 Growth ,” J. Appl. Phys. , 117 (21), p. 214904 . 10.1063/1.4921906...

... condensation and it is determined by temperature conditions, which in turn depends on the flux density of microwave energy and velocity distribution of the gas incident on the evaporation surface. If the particle growth is from the vapor phase at temperatures above the melting point, the particles...

... manufacturing process. The scaffold provides structural integrity to the model while remaining flexible enough to be rolled into a tube. Additionally, the core–shell architecture has promoted cellular viability and proliferation growth within the alginate constructs. Printed neural cell lines in alginate were...

... features of the instrument. To do this, we used a 40% solution of the thermo-responsive detergent, Pluronic F127 [ 47 ]. Though it does not support cell growth, Pluronic can be used as a sacrificial material that forms well-defined, stackable structures (Fig. 4 ) but can be washed away with the addition...

... shows a nonlinear trend with increasing etching time. A shorter etching time leads to significant growth of pores, which is attributed to a direct attack of fluoride ions on the Si atoms. As the etching time is increased, different dissolution mechanisms begin to dominate. This process normally attacks...

... Fabrication Materials Nanotechnolgy Particles Growth Processes Aluminum alloys may be considered as appropriate substrate for solar panels as they have light weight, low emission, low cost, reasonable corrosion resistance, and excellent heat conductivity [ 1 , 2 ]. Porous AAO acquired...

... of plasmonic NPs for molecule concentration and detection, which could inspire new Raman sensing devices for applications in microfluidics. Biotechnology Detection methods Electronic phenomena systems photonic Fabrication Fluidics Nanostructure Nanotechnolgy Growth Photonic phenomena systems...

...-mail:  jung.han@yale.edu e-mail:  jphu@umich.edu e-mail:  rong.fan@yale.edu 1 L. Han and J. Zhou contributed equally to this work. 02 02 2015 17 03 2015 06 08 2020 Biomedical Biotechnology Fabrication Nanostructure Growth Nanostructured semiconductors...

... a sulfamate-based electrolyte bath using the commercially available pre-prepared solution (SN-10). A magnet with known magnetic field intensity was placed close to the template (with magnetic field parallel to nanowire growth) during deposition process. As the stoichiometry of the Ni nanowires...

... Nanotechnolgy Growth Nanofluids have an array of applications, as described well in a recent review article [ 1 ]. An application that is of particular interest is the use of nanofluids as advanced heat transfer fluids. The suspension of nanoparticles in a fluid can increase the thermal conductivity...

... students, educators, engineers, businesses, policy makers, and the future workforce. Publishing about nanotechnology has been in a growth vector over the past several years. The concept “nanotechnology” emerged in 1959, was officially named in print in 1974, was made visible by the atomic force...