Abstract: Provided are methods and flow reactors for the production of covetic materials under continuous flow conditions.

Abstract: Disclosed are methods of making porous polymeric materials. Also provided herein are porous polymeric materials prepared by the disclosed methods.

Abstract: Peptides have been generated that have binding affinity to carbon nanostructures and particularly carbon nanotubes. Peptides of or the invention are generally about twelve amino acids in length. Methods for generating carbon nanotube binding peptides are also disclosed.

Abstract: Peptides have been generated that have binding affinity to carbon nanostructures and particularly carbon nanotubes. Peptides of or the invention are generally about twelve amino acids in length. Methods for generating carbon nanotube binding peptides are also disclosed.

Abstract: Peptides have been generated that have binding affinity to carbon nanostructures and particularly carbon nanotubes. Peptides of or the invention are generally about twelve amino acids in length. Methods for generating carbon nanotube binding peptides are also disclosed.

Abstract: Peptides have been generated that have binding affinity to carbon nanostructures and particularly carbon nanotubes. Peptides of or the invention are generally about twelve amino acids in length. Methods for generating carbon nanotube binding peptides are also disclosed.

Abstract: Peptides have been generated that have binding affinity to carbon nanostructures and particularly carbon nanotubes. Peptides of or the invention are generally about twelve amino acids in length. Methods for generating carbon nanotube binding peptides are also disclosed.

Abstract: This invention relates to the field of nanotechnology. Specifically the invention describes a method for cutting a multiplicity of nano-structures to uniform dimensions of length, length and width, or area, or to a specific distribution of lengths or area using various cutting techniques.

Abstract: This invention relates to adsorbents useful for storing hydrogen and other small molecules, and to methods for preparing such adsorbents. The adsorbents are produced by heating carbonaceous materials to a temperature of at least 900° C. in an atmosphere of hydrogen.

Abstract: This invention relates to the field of nanotechnology. Specifically the invention describes a method for cutting a multiplicity of nano-structures to uniform dimensions of length, length and width, or area, or to a specific distribution of lengths or area using various cutting techniques.

Abstract: Labels (12) are disposed on a carrier strip (10), which is routed from a feed reel (22), over a guide (24), idlers (26 & 28), through a printer (30), over a peeler plate (32), and to a pick-up reel (34). The labels are cleaned of dust prior to printing by effectively rolling an adherent surface (36) over the printing surface (14) of each label as it moves past the guide.

Abstract: A labeling head (22) has an applicator surface (24) having an outward curvature for holding a label (12) and applying it to a labeling surface (16) of an article (14). The labeling head is rotatable about a pivot pin (38) which passes through a pivot end (28) of the labeling head, allowing a free end (26) of the labeling head to be biased toward the article at an initial angle of bias, as determined by, for example, an adjustment screw (40). The initial angle of bias and the curvature of the labeling head are such that the portion of the label nearest the free end is parallel to the labeling surface. As the labeling head is lowered, the label is applied with a substantial rolling motion to avoid trapped air bubbles.