Analiza wpływu tekstyliów na wyładowania koronowe
Ładowanie...
Data
2008
Autorzy
Tytuł czasopisma
ISSN czasopisma
Tytuł tomu
Wydawca
Wydawnictwo Politechniki Łódzkiej
Lodz University of Technology Press
Lodz University of Technology Press
Abstrakt
Praca dotyczy badania wpływu tekstyliów na obrazy wyładowań
koronowych powstałe wokół opuszków palców rąk ochotników. Prezentowane
badania mają na celu stwierdzenie czy foto grafia wyładowań
koronowych ( FWK) jest wiarygodnym i rzetelnym źródłem informacji
o stanie człowieka, który wchodzi w kontakt z tekstyliami.
Stwierdzenie „ stan człowieka" dotyczy zarówno jego emocji, jak również
wybranych parametrów fizjologicznych.
Choć motywem przewodnim pracy pozostaje FWK opuszków
palców człowieka, to na uwagę zasługuje też fakt podjęcia działań
zmierzających do odpowiedzi na pośrednio postawione pytanie o odczuwanie
tekstyliów i ich, krótko - i długotrwale, oddziaływanie na
człowieka.
A corona discharge is an electrical discharge observed in gases which occurs on the surface of charged conductors. In the induced electrical field, charge carriers (free electrons and positive or negative ions) present in the air surrounding the surface of optic plate and the object collide with other charge carriers interacting with one another. An electrical impulse transmitted to the plate after placing an object on it stimulates the response of the object by the movement of charge carriers. Free electron re-association is followed by a visible glow. This phenomenon is recorded around the fingertip. The preliminary experiments present researches on the influence of cardiovascular disease of human on CDP of their fingertips. One of the symptoms that accompanies patients suffering from cardiovascular diseases is an excessive perspiration. The factors affecting the CDP are potassium concentration, urea and sodium concentration in patient`s blood. Those substances are removed from the organism also with sweat. Their excess or deficit has a significant impact on a character of corona discharge around fingertip of human. Analogous assumptions were accepted to design a first part of the experiment. Its main goal was finding out whether CDPs taken from fingertips of volunteers change while human beings stay in a short period of contact with textiles, other than those they wore in the moment of investigation. There are statistically significant differences between parameters of CDPs taken from fingertips while volunteers stayed in the contact with textiles made of different raw materials such as coarse wool, acrylic, viscose and they did not have contact with other textiles they wore. The second part is a continuation of the trend presented above. In that case an attempt was made to determine the long period influence of 2 sets of garments on changeability of CDP. The statistically significancant differences between textile sets were not detected in CDP of the volunteers. It is closely connected with adaptation of human organism to garments. The main aim of the third part is to find out whether the textiles, which were worn by the volunteers, have any influence on human organism subject to the physical effort. It was discovered that there are statistically significant differences between the values of respiratory coefficient registered during effort in volunteer wearing garments made of coarse wool and acrylic.
A corona discharge is an electrical discharge observed in gases which occurs on the surface of charged conductors. In the induced electrical field, charge carriers (free electrons and positive or negative ions) present in the air surrounding the surface of optic plate and the object collide with other charge carriers interacting with one another. An electrical impulse transmitted to the plate after placing an object on it stimulates the response of the object by the movement of charge carriers. Free electron re-association is followed by a visible glow. This phenomenon is recorded around the fingertip. The preliminary experiments present researches on the influence of cardiovascular disease of human on CDP of their fingertips. One of the symptoms that accompanies patients suffering from cardiovascular diseases is an excessive perspiration. The factors affecting the CDP are potassium concentration, urea and sodium concentration in patient`s blood. Those substances are removed from the organism also with sweat. Their excess or deficit has a significant impact on a character of corona discharge around fingertip of human. Analogous assumptions were accepted to design a first part of the experiment. Its main goal was finding out whether CDPs taken from fingertips of volunteers change while human beings stay in a short period of contact with textiles, other than those they wore in the moment of investigation. There are statistically significant differences between parameters of CDPs taken from fingertips while volunteers stayed in the contact with textiles made of different raw materials such as coarse wool, acrylic, viscose and they did not have contact with other textiles they wore. The second part is a continuation of the trend presented above. In that case an attempt was made to determine the long period influence of 2 sets of garments on changeability of CDP. The statistically significancant differences between textile sets were not detected in CDP of the volunteers. It is closely connected with adaptation of human organism to garments. The main aim of the third part is to find out whether the textiles, which were worn by the volunteers, have any influence on human organism subject to the physical effort. It was discovered that there are statistically significant differences between the values of respiratory coefficient registered during effort in volunteer wearing garments made of coarse wool and acrylic.
Opis
Słowa kluczowe
wyładowania koronowe, fotografia wyładowań koronowych, FWK, kontakt z tekstyliami, wpływ tekstyliów na człowieka, corona discharge, corona discharge photography, CDP, contact with textiles, influence of textiles of human
Cytowanie
Ciesielska, I.L., Analiza wpływu tekstyliów na wyładowania koronowe. W: Zeszyty Naukowe Politechniki Łódzkiej. Włókiennictwo, Vol. 64, No. 1013, Wydawnictwo Politechniki Łódzkiej, Łódź 2008, s. 41-57, ISSN 0076-0331, doi: 10.34658/tex.2008.64.41-57.