In the mid-1990's he invented a dew removal system for telescopes, an electronic ascot to keep the neck of the telescope's eyepiece from fogging.
In this study a numerical analysis is carried out for a modified dew point cooling system based on a proposed psychrometric energy core (PEC) with a cross-flow heat and mass exchanger for buildings air-conditioning applications.
The paper presents numerical investigation of a novel counter-flow heat and mass exchanger used in the indirect evaporative dew point cooling systems, a potential alternative to the conventional mechanical compression air conditioning systems.
In this paper, the dew-point refrigeration system used with a gas compression system is investigated.
In addition, an experimental setup was built and a dew-point cooler with a cross-flow heat and mass exchanger was tested to assess the feasibility of using such dew point cooling systems under various operational and ambient conditions.
The desiccant-enhanced dew point evaporative cooling system is proposed as a potential alternative for air conditioning.
In this paper, we carried out a thermodynamic analysis on a hybrid membrane liquid desiccant dehumidification and dew point evaporative cooling system.
The world's largest dew and rain collecting system, comprised of ridge-and-trough modules, was constructed in March 2006 at Panandhro in the semi-arid area of Kutch (NW India).
Once condensate appears in the system under dew-point pressure, it will start to compete with the gas for flow paths.
Recently, ANN has been used to predict some pure substances and petroleum fraction's properties [6], activity coefficients of isobaric binary systems [7], dew point pressure [8], vapor-liquid equilibrium data [9], thermodynamic properties of refrigerants [10, 11], and activity coefficient ratio of electrolytes in amino acid solutions [12], etc.
