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Cyborgsportpersons: Between Disability and Enhancement

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EN
The cyborgization of sport has occupied a noticeable role in the fields of sport and medicine in recent years due to the fact that this issue calls into question the very foundations of contemporary sport. As a result, it gives rise to doubt about whether cyborg athletes should be able to take part in different athletic competitions, and if they are allowed, under what circumstances. After examining the impact of enhancing implants and prosthesis in sport, I have considered which objections can be raised to this particular sort of enhancement. In this regard, I think that several aspects have to be taken into account: 1. The possibility of producing severe harm to the athletes; 2. The effect it has on equality among athletes when the improvement grants an obvious advantage; 3. The dehumanization of sport, and 4. The aesthetic problem My position has been to temper the “moral panic” that some may feel given the progressive (and future) use of enhancing implants and prosthesis as used by (cyborg)athletes.
Open Chemistry
|
2003
|
vol. 1
|
issue 2
160-177
EN
A heterogeneous, multi-layer mass transfer model is proposed for prediction of the effect of multi-layer packing of catalyst particles adhered to the gas-liquid interface. The behavior of the mass transfer rate with respect to the multi-layer packing, to the particle size and mass transfer coefficient without particles is discussed. It is shown that enhancement can be considerably increased by multi-layer packing compared to that of mono-layer packing, depending on the values of particle size and mass transfer coefficient. The predicted mass transfer rates using the proposed model was verified with experimental data taken from the literature. The model presented should be superior to that of published in the literature.
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