1
Philip Bernstein, James P Coffey, Alan E Varker, John T Arms, William D K Clark: Production of a cell electrode system. MPD Technology Corporation, Raymond J Kenny, Miriam W Leff, March 16, 1982: US04320185 (43 worldwide citation)

An improvement in the production of polymer-bonded cell electrodes comprises forming a particulate material which can be developed into a shaped polymeric system comprising an electrode active material encradled in a porous, fiber-containing, polymeric composition. In a preferred embodiment, the pol ...


2
Philip Bernstein, James P Coffey, Alan E Varker, John T Arms, William D K Clark, Paul D Goodell: Hydrogen sorbent composition. MPD Technology Corporation, Miriam W Leff, Raymond J Kenny, February 21, 1984: US04433063 (29 worldwide citation)

A hydrogen sorbent composition is provided which is comprised of a hydridable material such as LaNi.sub.5 encradled throughout a porous, fiber-containing polymeric composition.


3
Philip Bernstein, James P Coffey, Alan E Varker, John T Arms, William D K Clark, Paul D Goodell: Production of a polymeric active composition. MPD Technology Corporation, Raymond J Kenny, Miriam W Leff, May 24, 1983: US04385019 (21 worldwide citation)

A process is provided for forming a polymeric material which can be developed into a shaped polymeric structure comprising an active material encradled in a porous, fiber-containing polymeric composition. In the process, the active material is mixed with a tripartite system comprising a fibrillatabl ...


4
Philip Bernstein, James P Coffey, Alan E Varker, John T Arms, William D K Clark: Production of a cell electrode system. MPD Technology Corporation, Raymond J Kenny, Miriam W Leff, August 2, 1983: US04396693 (17 worldwide citation)

An improvement in the production of polymer-bonded cell electrodes comprises forming a particulate material which can be developed into a shaped polymeric system comprising an electrode active material encradled in a porous, fiber-containing, polymeric composition. In a preferred embodiment, the pol ...


5
Philip Bernstein, James P Coffey, Alan E Varker, John T Arms, William D K Clark, Paul D Goodell: Catalyst sheet and preparation. MPD Technology Corporation, Raymond J Kenny, Miriam W Leff, June 1, 1982: US04332698 (14 worldwide citation)

A catalyst composition is provided as a thin flexible sheet in standard polymer processing equipment. The catalyst is comprised of catalyst particles encradled in a porous, fiber-containing polymeric material.


6
Philip Bernstein, James P Coffey, Alan E Varker, John T Arms, William D K Clark, Paul D Goodell: Particulate catalyst and preparation. MPD Technology Corporation, Miriam W Leff, Raymond J Kenny, November 9, 1982: US04358396 (13 worldwide citation)

A particulate catalyst composition is provided by processing components in standard polymer processing equipment to obtain catalyst particles encradled in a porous, fiber-containing polymeric material.


7
Philip Bernstein, James P Coffey, Alan E Varker: Material for an alkaline cell separator and a process of making. ESB Incorporated, Gilbert W Rudman, Anthony J Rossi, Gary V Pack, October 24, 1978: US04122133 (10 worldwide citation)

A material useful as a separator in batteries and a process for making the material is provided. This material is a polyolefin having grafted to it side chains derived from an ethylenically unsaturated ionogenic monomer and cross-linked with sulfur.


8
Philip Bernstein, James P Coffey, Alan E Varker: Grafted polymeric material and process for preparing. ESB Incorporated, Gilbert W Rudman, Anthony J Rossi, Gary V Pack, December 26, 1978: US04131637 (9 worldwide citation)

A process for preparing a polymeric material grafted throughout its bulk is provided. A polymer having finely divided particles is blended with silica and maintained in a fluidized bed. The polymer is activated by passing ozone uniformly through the blend to initiate incipient labile sites in the mo ...


9
Philip Bernstein, James P Coffey, Alan E Varker: Material for an alkaline cell separator and a process of making. ESB, Raymond J Kenny, Gilbert W Rudman, March 3, 1981: US04253927 (4 worldwide citation)

A material useful as a separator in batteries and a process for making the material is provided. This material is a polyolefin having grafted to it side chains derived from an ethylenically unsaturated ionogenic monomer and cross-linked with sulfur.


10
Philip Bernstein, James P Coffey, Alan E Varker: Material for an alkaline cell separator and a process of making. ESB Incorporated, E C MacQueen, G W Rudman, June 3, 1980: US04206275 (3 worldwide citation)

A material useful as a separator in batteries and a process for making the material is provided. This material is a polyolefin having grafted to it side chains derived from an ethylenically unsaturated ionogenic monomer and cross-linked with sulfur.