The impact of desiccant dehumidifcation on classroom humidity levels / Discussion

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• 来源
  《ASHRAE Transactions》 |2002年第2期|p.546-555|共10页
• 作者

  Hugh I Henderson Jr Adam C Walburger James R Sand;

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  Hugh I. Henderson, Jr., PE. Member ASHRAE Adam C. Walburger Associate Member ASHRAE James R. Sand, Ph.D. Member ASHRAE Hugh I. Henderson, Jr., is a principal and Adam C. Walburger is a project engineer at CDH Energy Corp., Cazenovia, N.Y. James R. Sand is a research engineer at Oak Ridge National Laboratory, Oak Ridge, Tenn. Kirk Mescher is with C&M Engineering, Columbia, Mo. Terry Schlautman, Mechanical Engineer, USAF, APO, AP: With a supply air temperature of 87 deg, how was the air dissipated into the building? To each room or down the hallway? Henderson: The warm airstream from the desiccant unit was mixed into the return side of each heat pump. The ventilation fraction was typically under 20% so the occupants could not detect the warm ventilation even when the heat pump compressor was off.;

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