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Luminous Intensity Distribution Curve The intensity distribution curve represents the amount of luminous intensity (cd) generated in each direction by a light source in a plane through the center of the source. Consequently, the luminous intensity curve gives a picture of the total light pattern produced by a source. Luminous intensity distribution curves are available from luminaire manufacturers and are often found on the back of the manufacturer s product data sheet. A polar graph is used to represent the distributional intensity of a luminaire, and a rectilinear or Cartesian graph to represent the distributional intensity of a directional lamp. In the polar graph (figure 10.1), the luminaire is located at the center of the radiating lines. The radiating lines represent specific degrees of angular rotation from the 0 axis of the luminaire (nadir). The concentric circles represent graduating intensity expressed in candelas, with values entered along the vertical scale. To determine the luminous intensity of this luminaire at 30 , find the appropriate angled line drawn from the center of the luminaire. Follow the line until it meets the polar curve, then follow the circular line originating at that point and read the luminous intensity (in candelas) on the vertical scale. In figure 10.1, the luminaire produces 1,850 cd at 30 from nadir. For luminaires with symmetrical light distributions, a single curve fully describes the luminaire s distribution. Often only one side of the polar graph is shown, since the other side is an identical, mirror image. A luminaire with an asymmetrical distribution, such as a linear fluorescent downlight, requires curves in a number of planes to adequately represent its distribution. Typically, one curve is parallel to the luminaire and another is perpendicular to

The circular relationship that exists among the technology control environment program, the business, and its processes is a key determinant of success The whole program must be adhere to its own standards Only then can the organization be sure that its custom control program is appropriate for its own needs and sustainable This self-evaluation process also maintains the health of the program by allowing for constant feedback and shifts appropriate to the business direction..

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To build bootable movies from the descriptions in this chapter, you need to have a basic Linux system and the eMoviX software included on the Linux Toys II CD. The following bullet items describe what software to install to complete this procedure. Install Linux To create bootable movies, I used Fedora Core 4 as my operating system. If you have Fedora Core 4 installed (as described in Appendix C), you can install the RPM packages made for this project. If you are trying the project from another Linux system, you should install the software for this project from tarballs. Both sets of software are included on the Linux Toys II CD. Install eMoviX You can install the software needed to record video and create your bootable images by installing the software either from RPMs (for Fedora Core or Red Hat Enterprise Linux) or tarballs (for other Linux systems). To install from RPMs, insert the Linux Toys II CD on your CD drive. If your CD mounts automatically, you can skip the first command. If it doesn t, run the following (replacing /media/ cdrecorder with the location of where your CD was mounted if needed) as root user from a Terminal window.

In addition to the Value property, VBA enables you to access a number of other properties of a range. For example, the following statement counts the number of cells in a range and assigns the value to the Cnt variable.

Device /dev/md0 /dev/md1 /dev/md2 /dev/md3 Mount Point /boot swap / not used yet File System ext3 swap ext3 (eventually, Reiserfs) Size 100MB 512MB 12GB rest of drive(s)

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High-power-factor ballasts use the lowest level of current for the specific amount of power needed; this reduces wiring costs by permitting more luminaires on branch circuits. Low-power-factor ballasts use higher levels of current approximately twice the line current needed by high-power-factor ballasts allowing fewer luminaires per branch circuit and increasing wiring costs. Power factor is not an indication of the lamp-ballast system s ability to produce light; power factor measurements pertain only to the ballast s ability to use the power that is supplied. Thus, power factors are invalid as a multiplier in determining light output values. Lamp-Ballast System Efficacy The initial lumen and mean-lumen ratings published by lamp manufacturers are based on the operation of the rated lamps by a reference ballast. This is a laboratory instrument that is used to establish a baseline, or reference conditions, so that commercially available ballasts can be compared against the same reference. Some commercially available ballasts operate lamps more efficiently than the reference; others operate lamps less efficiently. In practice, when a lamp is operated by a commercially available ballast, it usually provides fewer lumens than the rated

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