Sentence examples for metal backbone from inspiring English sources

In this context, a very promising class of unsupported catalyst materials are metal aerogels consisting of extended metal backbone nanonetworks.

In this Account, we summarize the strategies for making a variety of self-supported noble metal aerogels consisting of extended metal backbone nanonetworks.

Even though metal-doped oxide/carbon-based aerogels such as SiO2, Al2O3, TiO2, and carbon aerogels doped with Pt, Pd, Au, and Cu have been realized by impregnation or by the sol gel method for a long time, the fabrication of pure metallic aerogels with metal backbones by the direct sol gel method has very recently been achieved for the first time, as will be outlined below.

The design of mesolamellar talc-like organo- phyllo)silicates corgano- phylloion metal backbonesilicatesltiple organofuncomposedties had significant benefits because the methof is facationenvironmetallly backbonesd amenable to scale-up and processing.

The metal provides the backbone of skyscrapers, bridges and motorways, and the carapace and internal organs of cars, fridges and washing machines.

In the context of the vast counterion atmosphere supported by nucleic acids and the potential nonspecific reactivity of metal ions in backbone hydrolysis, it is amazing that RNAs have evolved to selectively harness metal ions for function and that naturally occurring sequences of both RNA and DNA have evaded unwanted reactivities.

On the other hand, the monomers were chemically polymerized with Bisphenol-A to retain the metal moiety in the backbone of the polymer, affording the possibility of strong electronic interactions between the organic bridge and metal group in this arrangement.

Composite materials consisting of poly 3,4-ethylenedioxythiophene) including Au nanopoly 3,4-ethylenedioxythiopheneate anincludinge been firmly deposited on Au electrode surface through a simple method, takinanoparticlesof thencapsulatedn bytween Au metal and thiophene polymericitrateone.

Hg2+ exhibited the most pronounced fluorescence response of both P1 and P1L without interference from those coexistent ions due to aniline in the polymer backbone as the metal binding ligand, while other metal ions does not cause obvious change of fluorescence.

Metal- and ribose-mediated backbone contacts further stabilize the close side-by-side helical packing.

However, the absorption maxima of their corresponding metallo-supramolecular polymers are clearly red-shifted (to 394, 431 and 509 nm for PCzTPY, PSiTPY and PNTPY, respectively), which is caused by the incorporation of the transition metal ion into the backbones of the target polymers.