YU WANG, NP
Nursing at 38 Ave, Flushing, NY
License number
New York F307661-1
Category
Nursing
Type
Primary Care
Address
Address
13620 38Th Ave STE 6K, Flushing, NY 11354
Phone
(718) 358-0885
(718) 358-0408 (Fax)
(718) 358-0408 (Fax)
Personal information
See more information about YU WANG at radaris.comName
Address
Phone
5824 8Th Ave, Brooklyn, NY 11220
4838 92Nd St, Elmhurst, NY 11373
4508 40Th St #A12, Sunnyside, NY 11104
42 Eldridge St #1, New York, NY 10002
595 3Rd St, Brooklyn, NY 11215
Professional information
See more information about YU WANG at trustoria.com
Yu Wang - Flushing, NY
Yu Wang - Flushing, NY
Work:
Great Wall Supermarket Group
Be President Infoserve Technologies Corporation - New York, NY
Intern
Be President Infoserve Technologies Corporation - New York, NY
Intern
Education:
Webster University
MBA in marketing Liaoning Normal University
International business Missouri State University
Bachelor of Science in Management
MBA in marketing Liaoning Normal University
International business Missouri State University
Bachelor of Science in Management
Surface Plasmon High Efficiency Hdtv Projector
Surface Plasmon High Efficiency Hdtv Projector
US Patent:
5570139, Oct 29, 1996
Filed:
May 13, 1994
Appl. No.:
8/242628
Inventors:
Yu Wang - Corona NY
International Classification:
H04N 931, H04N 574
US Classification:
348744
Abstract:
A surface plasmon high efficiency HDTV projector employs voltage-induced color-selective absorption with surface plasmons at metal/liquid crystal interface. When a collimated p-polarized white light (9) is incident at metal (2) and liquid crystal (6) interface, surface plasmon resonance can be excited, certain frequencies of photons will be absorbed without reflection, and the reflected light shows the complementary color. This resonance frequency depends on the dielectric constant of both the metal film and the liquid crystal. If a voltage (8) is applied on the liquid crystal (6) to change its dielectric constant, then the absorption spectrum can be controlled by this voltage. When the p-polarized white light is reflected three times at three interfaces which are set a surface plasmon resonance at blue, green and red respectively, any color can be generated by switching these resonances. Because this device only takes the unwanted colors out of the spectrum, the wanted color almost all pass through, the optical efficiency of this device is very high.