We had transformed nanoparticles into 3D laminar [...]

[...] material based on metal nanoparticles can realize electrical [...] [...]

[...] [...] good use of its own nano-particle technologies and infrastructure [...] [...]

[...] separation of carbon nanoparticles or separation of [...]

[...] treatment of the nanoparticles is perfectly compatible [...] [...]

[...] [...] as construction of nano-particles by sputtering the [...]

The atomic interaction between nanoparticles and sodium atoms were estimated [...] [...]

Secondly, when two cell interfaces remain planar and parallel, a significant fraction of light is internally and specularly reflected within the cell (~17% at Si/glass or Si/MgF2 interface) without being scattered by either a diffuse reflector or nanoparticles.

[...] semiconductors using microorganisms, this study focused on bacteria with a high ability to metabolize selenium and attempted to clarify the molecular mechanism of selenite/selenate reduction and nanoparticle formation.

[...] [...] practical application and commercialization of nano-particle containing vaccines will be conducted, combining the fundamental technology of nano-particles developed by Osaka University, and Takeda’s know-how on vaccine antigens, research and development [...] [...]

[...] in a metal and incident light resonate on the surface of metal nanoparticles.

Results showed the atomic bond of the sodium atom and the nanoparticle atom was significantly larger than that of the sodium atoms, when the transition metals that have the property of large electronegativity are applied as nanoparticles.

Nanoparticle applications have been limited by the availability of sufficient quantities of material, however the number of companies supplying industrial quantities of nanoparticle materials are [...]

[...] chemical substances in nano-particles is an important issue, [...] [...]

[...] protein-coated and organic compound-modified nano particles having immune-response evasion function.

[...] [...] improved, the plasmonic nanoparticles have an option of being [...] [...]

This transaction provides Eisai exclusive ownership of the TTP technology for therapeutic and diagnostic use across a broad spectrum of cancers and other human diseases.

Furthermore, when the NTP-1 stain was cultured in a medium containing selenite and copper chloride, a membrane-like material was formed.

Al Keene, President of IMI states, "We are pleased to have Methode as a presenter at this year's conference as their new inkjet formulation, containing conductive silver nano-particles, is well-suited for the growing security printing applications which can benefit from the efficient and cost effective manufacturing alternative of inkjet printing.

Improve the delivery and half-life of DNA or oligonucleotides for transfection or gene therapy by optimizing their loading onto nanoparticles and liposomes.

[...] [...] stick the resulting nanoparticles onto the surface [...]

Moreover, metal nanoparticle ink/paste bonding [...] [...]

[...] [...] demonstrated that nano-particles are able to efficiently [...] [...]

The company commented that the stronger relationship between the two parties would enable its closer collaboration with Shin-Etsu Chemical, a leading company in vinyl chloride and other materials as well as enhance the company’s R&D. The company added that the partnership would strengthen the technological base for improving the quality of polymer (a raw material of micellar nanoparticles).

[...] [...] and metallic nanoparticles, that do not [...]

Through more advanced nanoparticle processes, this [...] [...]

Because solubilization of metallic nanoparticles and their dispersion to electrode surfaces is easy, other metallic nanoparticles can be used for the process as well as pure platinum nanoparticles.