Abstract: A peep sight for an archery bow includes a peep sight body with a sight aperture extending therethrough. The sight aperture has an inner surface to create a sight window with a central axis. A rear sight post is located in the sight aperture for alignment with a sight pin or the like of a front sight mounted to the riser of a bow. The rear sight post has a width sufficiently wide to ensure at least a portion of the rear sight post is viewable when in the aiming position in close proximity to the eye yet on the other hand, yet sufficiently narrow to allow ambient light to illuminate the sides of the sight post.

Abstract: A peep sight for an archery bow includes a peep sight body with a sight aperture extending therethrough. The sight aperture has an inner surface to create a sight window with a central axis. A rear sight post is located in the sight aperture for alignment with a sight pin or the like of a front sight mounted to the riser of a bow. The rear sight post has a width sufficiently wide to ensure at least a portion of the rear sight post is viewable when in the aiming position in close proximity to the eye yet on the other hand, yet sufficiently narrow to allow ambient light to illuminate the sides of the sight post.

Abstract: A peep sight for an archery bow includes a peep sight body with a sight aperture extending therethrough. The sight aperture has an inner surface to create a sight window with a central axis. A rear sight post is located in the sight aperture for alignment with a sight pin or the like of a front sight mounted to the riser of a bow. The rear sight post has a width sufficiently wide to ensure at least a portion of the rear sight post is viewable when in the aiming position in close proximity to the eye yet on the other hand, yet sufficiently narrow to allow ambient light to illuminate the sides of the sight post.

Abstract: A peep sight for an archery bow includes a peep sight body with a sight aperture extending therethrough. The sight aperture has an inner surface to create a sight window with a central axis. A rear sight post is located in the sight aperture for alignment with a sight pin or the like of a front sight mounted to the riser of a bow. The rear sight post has a width sufficiently wide to ensure at least a portion of the rear sight post is viewable when in the aiming position in close proximity to the eye yet on the other hand, yet sufficiently narrow to allow ambient light to illuminate the sides of the sight post.

Abstract: A system and method for characterizing a liquid hydrocarbon fuel having unknown or variable composition is described and shown herein.

Abstract: A method for assigning a grade to a liquid hydrocarbon fuel in relation to the potential for a water or water-based phase to form is provided, comprising sensing the electrical resistance and the capacitance of the fuel, determining the amount of water or water-soluble compounds in the fuel based on comparing the electrical resistance of the fuel to a plurality pre-determined values of electrical resistance corresponding to a plurality of concentrations of water or water-soluble compounds in the fuel; identifying which water-soluble compound or compounds are present based on comparing the capacitance to a plurality of pre-determined values of capacitance corresponding to a water or a plurality of water-soluble compounds that may be present; sensing the temperature of the fuel, and calculating the potential for a water or water-soluble phase to form during temperature conditions of transportation or storage.

Abstract: A method for assigning a grade to a liquid hydrocarbon fuel in relation to the potential for a water or water-based phase to form in said fuel is provided, said method comprising sensing the electrical resistance of the fuel; sensing the capacitance of the fuel; determining the amount of water or water-soluble compounds in said fuel wherein the step of determining the amount of water or water-soluble compounds includes the step of comparing the electrical resistance of the fuel to a plurality pre-determined values of electrical resistance corresponding to a plurality of concentrations of water or water-soluble compounds in the fuel; identifying which water-soluble compound or compounds are present in said fuel wherein the step of identifying which compound or compounds are present includes the step of comparing the capacitance to a plurality of pre-determined values of capacitance corresponding to a water or a plurality of water-soluble compounds that may be present; sensing the temperature of said fuel, and

Abstract: A novel fireplace element is made by a novel process wherein the fireplace element is first molded from a mixture of refractory and ceramic fibers and removed from the mold in a green state. While the fireplace element can be treated in the green state, it is preferred that the fireplace element is cured to provide a rigid fireplace element of the type used in artificial fireplace log sets. The element if not already processed is provided with a surface of loosened fibers so that the loose fibers will reach an incandescent glow set state and give the appearance of the total element being incandescent well before the surface and/or body of the fireplace element can reach an incandescent temperature.