Patents Assigned to Nuclear Solutions, Inc.
  • Specific density detector and optical multiplexer improvement
    Patent number: 7511832
    Abstract: An object is placed at a particular distance away from the nonreflecting side of a mirror, such that the gravitational force of the object affects the mirror. A laser is then pointed at the opposite, reflecting side of the mirror, thereby itself reflecting off the mirror and going back in to the cavity of the laser, creating a mode-hopping effect. The mirror will be affected by three forces, the force of a spring (FS), the force of a modulating signal (FMS), created by an electro mechanical device attached to the mirror, and the gravitational force of objects as they approach and recede away from the mirror.
    Type: Grant
    Filed: January 31, 2005
    Date of Patent: March 31, 2009
    Assignee: Nuclear Solutions, Inc.
    Inventor: Boris J. Muchnik
  • Specific density detector
    Patent number: 7511831
    Abstract: An object is placed at a particular distance away from the nonreflecting side of a mirror, such that the gravitational force of the object affects the mirror. A laser is then pointed at the opposite, reflecting side of the mirror, thereby itself reflecting off the mirror and going back in to the cavity of the laser, creating a mode-hopping effect. The mirror will be affected by three forces, the force of a spring (FS), the force of a modulating signal (FMS), created by an electro mechanical device attached to the mirror, and the gravitational force of objects as they approach and recede away from the mirror.
    Type: Grant
    Filed: October 14, 2004
    Date of Patent: March 31, 2009
    Assignee: Nuclear Solutions, Inc.
    Inventor: Boris J. Muchnik
  • Specific density detector with electro mechanical actuator and improved mirror
    Patent number: 7298469
    Abstract: An object is placed at a particular distance away from the nonreflecting side of a mirror, such that the gravitational force of the object affects the mirror. A laser is then pointed at the opposite, reflecting side of the mirror, thereby itself reflecting off the mirror and going back in to the cavity of the laser, creating a mode-hopping effect. The mirror will be affected by three forces, the force of a spring (FS), the force of a modulating signal (FMS), created by an electro mechanical device attached to the mirror, and the gravitational force of objects as they approach and recede away from the mirror.
    Type: Grant
    Filed: January 31, 2005
    Date of Patent: November 20, 2007
    Assignee: Nuclear Solutions, Inc.
    Inventor: Boris J. Muchnik