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  • Control of Xylene Vapors in a Lab Setting: O-Xylene Vapors (.pdf)
    was measured at four locations in the lab. These locations included within the hood (before the filter), at the hood effluent (after the filter), on the operator, and at the opposite end of the lab. A send test was run as a control with concentrations at two locations being measured: on the operator
  • Control of Toluene Vapors in a Lab Setting: Industrial Hygiene Report (.pdf)
    was measured at four locations in the lab. These locations included within the hood (before the filter), at the hood effluent (after the filter), on the operator, and in the ambient room air. A second control test was performed for comparison with measurements being taken in the hood, on the outside
  • Virtual Engineering Lab for Motor Testing and Development
    for fully interactive control of actual system hardware. To understand the potential benefits of the VE-LAB, consider one example application: the development of a high-efficiency starter/generator for hybrid electric vehicles. With an induction motor starter/generator connected into the VE-LAB
  • Implementing SPC in the Materials Control Lab
    As an important fabricator of precision molded. rubber products, we had always understood that. effective quality control depends on determination, hard work and the appropriate use of state-of-the-art technology.
  • A Software Lab Notebook Integrating SigLab + MATLAB + Word 6.0
    and click" control of SigLab's measurement applications. from within a Microsoft (R) Word TM document. The measurement results appear in either. graphical or tabular form directly in the Word document. An example is included which. demonstrates the construction of a student lab experiment using
  • How to Catch a Virus: Georgia Lab Makes Record Time Entering the Battle Against Herpes
    Cleanrooms are designed to keep the bad stuff out, but sometimes science puts a new spin on air control - a need to keep the bad stuff in. For example, to create the new Level 4 Bio-Safety Lab at Georgia State University's Viral Immunology Center, engineers and architects used state-of-the-art
  • Beta NOx 2000 TM Turnkey System Controls NOx Emissions at National Superconducting Cyclotron Lab
    The National Superconducting Cyclotron Lab (NSCL) at Michigan State University in East Lansing, Michigan, constructed a new chemical milling facility to achieve the desired quality required for their Niobium RF cavities surfaces which are critical to NSCL experiments in nuclear physics. Initial
  • Control of Sulfur Dioxide Vapors in a Lab Setting
    Sulfur dioxide (SO2) - a colorless, noxious gas at room temperature - is a frequently encountered chemical in many industrial applications. The majority of SO2 is generated as a precursor in the production of aqueous sulfuric acid solutions. It is also found in substantial amounts in the atmosphere

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