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Medical Hydrology and Balneology: Environmental Aspects

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Balnea<br />

2012, núm. 6, 400-401<br />

<strong>Medical</strong> <strong>Hydrology</strong> <strong>and</strong> <strong>Balneology</strong>: <strong>Environmental</strong> <strong>Aspects</strong><br />

Thermodynamic Curative<br />

characteristics Distilled water,% mud solution,% Peat solution,%<br />

Density at 25 C 100 111 105<br />

Specific thermal capacity<br />

at constant pressure 100 80 99,2<br />

Thermal conductivity<br />

coefficient 100 85 84,2<br />

Water content 100 75 96<br />

Dynamic viscosity at 25C 100 ~7,821229 ~1,899445<br />

Conclusions<br />

The comparison between the thermal properties of water <strong>and</strong> water solutions of<br />

peat mud <strong>and</strong> mud from salt lake show that the thermal effect of the water bath is<br />

significantly smaller. The lower thermal conductivity of mud solutions make them a<br />

better choice for application as thermotherapy in clinical practice, which in combination<br />

with their chemical ingredients explain their beneficial effects in the treatment<br />

of different disorders.<br />

Keywords: Peloids, Mud Therapy, Peat Mud, Mud Resources, Thermal Effect<br />

401

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