XNM W WN
Filed: September 23rd, 1974 [Granted]
Patent Number: 3929587
... United States Patent im Gallagher 3929587 [45] Dec. 30, 1975 [54] APPARATUS AND METHOD FOR MAINTAINING A STABLE ELECTROLYTE IN OXYGEN ANALYSIS [75] ...
Liquid crystal panel, and liquid crystal display
Filed: September 10th, 2008 [Granted]
Patent Number: 7852436
(4) Re(X): "In-plane retardation value (Re(X))" means retardation value in the plane measured at 23° C, with light of wavelength X (nm).
Retardation Film, Polarizing Film, Liquid Crystal Display, and Method of ...
Filed: June 28th, 2005 [Pending]
Patent Application Number: 11630686
... Rxz(X) represents the retardation Rxz of the retardation film at wavelength Xnm, and is defined as Rxz=(nx-nz)xd where nx, ny (nx=ny) is the principal ...
Magnetoresistive head and read/write separation-type magnetic head
Filed: September 14th, 2005 [Granted]
Patent Number: 7623323
Seed film: NiFeCr: 4 nm/NiFe: 0.6 nm APO & API: (Co05Fe0 5)93 3V67: X nm/Ru: 0.35 nm/ (Co0 5Fe0 5)93 3V6 7: 2.25+X nm Cap layer: Ru: 0.8 nm A/Cu: 0.6 nm/Ta: ...
XNM—an interface for a network management system
Filed: December 1st, 2004 [Granted]
Patent Number: 7702768
(45) Date of Patent: US 7702768 B2 Apr. 20, 2010 XNM— AN INTERFACE FOR A NETWORK MANAGEMENT SYSTEM Inventors: Prakash Chandra, Union City, CA (US); ...
Magnetoresistance effect element, magnetic head and magnetic reproducing ...
Filed: July 9th, 2004 [Granted]
Patent Number: 7071522
... and exceeds 15 Oe (oersteds) when it reaches 1 nm. .... (10 nm) Part of the free layer 20: Co90Fe10 (5-x nm) Thin-film insertion layer 34: Co50Fe50 (x ...
OPTICAL COMPENSATION FILM, POLARIZING PLATE AND LIQUID CRYSTAL DISPLAY
Filed: March 22nd, 2006 [Pending]
Patent Application Number: 11815768
(VI) (wherein Re(X) is an in-plane retardation value expressed in the units nm at a wavelength of X nm and Rfh(X) is a thickness-direction retardation value ...
Liquid crystal display device
Filed: September 22nd, 2005 [Pending]
Patent Application Number: 11663270
The "visible light region" means a wavelength range from 380 nm to 780 nm. The measurement wavelength for the refractive index is X=5 50 nm in the visible ...