Melissa Lynn Jones, 43Glen Arm, MD

2013010, Apr 25, 2013

Oct 18, 2012

13/655348

Melissa L. JONES - Baltimore MD, US
Tushar K. SHAH - Fulton MD, US
Mark R. ALBERDING - Glen Arm MD, US

APPLIED NANOSTRUCTURED SOLUTIONS, LLC - Baltimore MD

B32B 37/14
D01F 9/12
B82Y 40/00
B82Y 30/00

4234472, 156501, 156246, 977843, 977742

A system includes a reusable substrate upon which a carbon nanostructure is formed as a carbon nanostructure-laden reusable substrate, a first conveyor system adapted to continuously convey the reusuable substrate through a carbon nanotube catalyst application station and carbon nanostructure growth station, and a second conveyor system adapted to create an interface between a second substrate and the carbon nanostructure-laden reusuable substrate, the interface facilitating transfer of a carbon nanostructure from the carbon nanostructure-laden reusuable substrate to the second substrate. A method includes growing a carbon nanostructure on a reusable substrate, the carbon nanostructure includes a carbon nanotube polymer having a structural morphology comprising interdigitation, branching, crosslinking, and shared walls and transferring the carbon nanostructure to a second substrate to provide a carbon nanostructure-laden second substrate. The method is adapted for continuous carbon nanostructure production on the reusable substrate. A pre-preg includes such a carbon nanostructure.

2012028, Nov 8, 2012

May 5, 2011

13/102015

Melissa L. Jones - Baltimore MD, US

Applied Nanostructured Solutions, LLC - Baltimore MD

B29C 35/08
C09K 5/14
B29C 35/04
B29C 33/40
B29C 41/42
B29C 59/02
B29C 47/00
B29C 45/02
B29C 43/02
B29C 45/00
B23K 20/24
B32B 37/00

264400, 228203, 252 67, 264401, 264299, 264220, 264293, 264300, 264308, 264338, 2641761, 156 60, 264319, 2643281, 264334

Toolings containing a composite having a coefficient of thermal expansion of less than about 5 ppm/ C. are described. The composites contain a matrix material and a carbon nanotube material and are operable for forming a part thereon. Methods for forming such toolings and use of such toolings to form parts thereon are also described. The carbon nanotube material can be a carbon nanotube-infused fiber material. Use of the carbon nanotube material in the tooling allows decreased curing and consolidation process times of the part to be realized.

2014009, Apr 10, 2014

Oct 1, 2013

14/043716

- Baltimore MD, US
Han LIU - Timonium MD, US
Matthew R. LASZEWSKI - Halethorpe MD, US
Daniel R. HOSKINS - Churchville MD, US
Melissa L. JONES - Baltimore MD, US
Saba SEYRAFI - North Bethesda MD, US

APPLIED NANOSTRUCTURED SOLUTIONS, LLC - Baltimore MD

B01D 69/08

210791, 2103232, 210767, 977742, 977902

Carbon nanostructures can include a plurality of carbon nanotubes that are branched, crosslinked, and share common walls with one another, thereby defining a porous space having a tortuous path within the carbon nanostructures. The porous space can be used for sequestering a range of particulate sizes from various types of substances. Separation membranes can include a separation body having an effective pore size of about 1 micron or less and providing a tortuous path for passage of a substance therethrough. The separation body can include carbon nanostructures.