Cooling Capacity Test for MIL-101(Cr)/CaCl2 for Adsorption Refrigeration System

Design of Latching System of Capacity Modulation Compressor for Refrigeration

Study of the performance of a solar adsorption cooling system

This article presents a transient model of a solar adsorption cooling system. A computer program has been developed to simulate the operation of a two bed silica gel- water adsorption cooling system as well as flat plate collectors and the hot water storage tank. This program is then utilized to simulate the performance of a sample solar adsorption cooling system used for cooling a set of r...

Review of Refrigeration Technologies for High Heat Dissipation Electronics Cooling

It is envisioned that conventional air cooling techniques using heat sinks are not able to sufficiently cool future generations of high heat dissipation semiconductor processors. Thus, alternative cooling approaches are being extensively studied as substitutes. This paper presents a literature review of the available refrigeration systems and system simulation models for electronics cooling. Th...

Cooling intravenous fluids by refrigeration: implications for therapeutic hypothermia.

BACKGROUND ILCOR recommend the use of therapeutic hypothermia (32-34 degrees C) for 12-24 h in unconscious adult patients with spontaneous circulation after cardiac arrest with a VF rhythm. Among various methods of inducing hypothermia, the rapid infusion of ice-cold intravenous fluid has been used. METHODS To investigate the time required to cool intravenous fluids in a domestic refrigerator...

Refrigeration and Cooling Concepts for Ultra-deep Platinum Mining

At present, the cooling of all the hot underground operations at Impala is achieved by providing refrigerated air from surface. However, the depth of a number of planned projects will approach 2 000 m below surface and other future proposed operations will extend to even deeper levels. Obviously these depths will approach the horizon where acceptable underground conditions can no longer be achi...