dekompressioonireeglite

Dekompressionreeglite, also known as decompression protocols, are guidelines used in diving to manage the risks associated with ascending from depth, where the pressure of the surrounding water is higher than at the surface. These protocols are crucial for preventing decompression sickness, a condition caused by the formation of nitrogen bubbles in the body tissues during ascent.

The most widely recognized set of decompression rules is the Buhlmann ZHL-16 algorithm, which is used in modern dive computers. This algorithm calculates the amount of nitrogen that has dissolved in the diver's tissues and determines the appropriate ascent rates and mandatory stops to allow the nitrogen to be safely expelled from the body.

Other decompression protocols include the VPM (Varying Permeability Model) and the GUE (Gradient Factors) models, each with its own set of rules and calculations. These models take into account factors such as the diver's ascent rate, depth, and the time spent at each depth to minimize the risk of decompression sickness.

Adhering to dekompressionreeglite is essential for divers, especially those engaging in technical diving or deep dives. Proper use of these protocols ensures that divers can safely return to the surface without experiencing the potentially life-threatening symptoms of decompression sickness.