ASHRAE

Showing 1121–1140 of 15786 results

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3791 — Electrical Residential Water Heating – A Consumption and Conservation Survey
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3792 — Cost-Optimal Analysis of Cooling Towers
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3793 — Preview Control Systems for HVAC
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3794 — Cooling Tower Performance: Theory and Experiments
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3795 — Optimal Design of a Cold-Sea-Water Chiller
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3796 — A Temperature-Based Variable for Monitoring Outdoor Coil Airflow in an Air-Source Heat Pump During Frost-Forming Conditions
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3797 — Predicting System Performance of Alternative Refrigerants Using a Water-Water Heat Pump
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3798 — Analysis of Error in Using Simple Linear Models to Approximate the Output of Fan-Coil Units for Energy Cost Allocation Purposes
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3799 (RP-656) — Heat-Recovery Heat Pump Operating Experiences
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3800 (RP-668) — Spray Evaporation Heat Transfer of R-134a on Plain Tubes
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3801 — An Empirical Methodology for the Design of Vertical-Tube Absorbers
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3802 — Miscibility of Seven Different Lubricants with Ten Different Non-CFC Refrigerants
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3803 — Cross-Ventilation and Room Partitions: Wind Tunnel Experiments on Indoor Airflow Distribution
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3804 (RP-716) — Solubility, Viscosity, and Density Measurements of Refrigerant-Lubricant Mixtures — Part 1: Branched Acid Pentaerythritol Polyolesters with R-134a
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3805 (RP-716) — Solubility, Viscosity, and Density Measurements of Refrigerant-Lubricant Mixtures — Part 2: Polyalkylene Glycols with R-134a
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3806 (RP-676) — Shell-Side Condensation Heat Transfer of R134a — Part 1: Finned-Tube Performance
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3807 (RP-676) — Shell-Side Condensation Heat Transfer of R-134a — Part 2: Enhanced Tube Performance
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3808 (RP-676) — Shell-Side Condensation Heat Transfer of R-134a — Part 3: Comparison with R-12
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3809 (RP-630) — In-Tube Heat Transfer and Pressure Drop of R-134a and Ester Lubricant Mixtures in a Smooth Tube and a Micro-Fin Tube — Part 1: Evaporation
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3810 (RP-630) — In-Tube Heat Transfer and Pressure Drop of R-134a and Ester Lubricant Mixtures in a Smooth Tube and a Micro-Fin Tube – Part 2: Condensation
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3791 — Electrical Residential Water Heating – A Consumption and Conservation Survey

3792 — Cost-Optimal Analysis of Cooling Towers

3793 — Preview Control Systems for HVAC

3794 — Cooling Tower Performance: Theory and Experiments

3795 — Optimal Design of a Cold-Sea-Water Chiller

3796 — A Temperature-Based Variable for Monitoring Outdoor Coil Airflow in an Air-Source Heat Pump During Frost-Forming Conditions

3797 — Predicting System Performance of Alternative Refrigerants Using a Water-Water Heat Pump

3798 — Analysis of Error in Using Simple Linear Models to Approximate the Output of Fan-Coil Units for Energy Cost Allocation Purposes

3799 (RP-656) — Heat-Recovery Heat Pump Operating Experiences

3800 (RP-668) — Spray Evaporation Heat Transfer of R-134a on Plain Tubes

3801 — An Empirical Methodology for the Design of Vertical-Tube Absorbers

3802 — Miscibility of Seven Different Lubricants with Ten Different Non-CFC Refrigerants

3803 — Cross-Ventilation and Room Partitions: Wind Tunnel Experiments on Indoor Airflow Distribution

3804 (RP-716) — Solubility, Viscosity, and Density Measurements of Refrigerant-Lubricant Mixtures — Part 1: Branched Acid Pentaerythritol Polyolesters with R-134a

3805 (RP-716) — Solubility, Viscosity, and Density Measurements of Refrigerant-Lubricant Mixtures — Part 2: Polyalkylene Glycols with R-134a

3806 (RP-676) — Shell-Side Condensation Heat Transfer of R134a — Part 1: Finned-Tube Performance

3807 (RP-676) — Shell-Side Condensation Heat Transfer of R-134a — Part 2: Enhanced Tube Performance

3808 (RP-676) — Shell-Side Condensation Heat Transfer of R-134a — Part 3: Comparison with R-12

3809 (RP-630) — In-Tube Heat Transfer and Pressure Drop of R-134a and Ester Lubricant Mixtures in a Smooth Tube and a Micro-Fin Tube — Part 1: Evaporation

3810 (RP-630) — In-Tube Heat Transfer and Pressure Drop of R-134a and Ester Lubricant Mixtures in a Smooth Tube and a Micro-Fin Tube – Part 2: Condensation