Ma'anar thermal conductivity: Yawancin lokaci ana wakilta shi da yanayin "λ", kuma naúrar ita ce: Watt/meter·digiri (W/ (m·K), inda K za a iya maye gurbinsa da ℃. Thermal conductivity (wanda kuma aka sani da thermal). conductivity ko thermal conductivity) wani ma'auni ne na ma'auni na thermal conductivity na abu Yana nuna yanayin yanayin zafi mai ƙarfi (ƙarƙashin yanayin canja wurin zafi, abu na kauri na mita 1, tare da bambancin zafin jiki na 1 digiri a bangarorin biyu, yana canja wurin zafi ta hanyar yanki na mita 1 a cikin 1 seconds). , kuma yana da alaƙa da nau'in, jihar (gas, ruwa, m) da yanayi (zazzabi, matsa lamba, zafi, da dai sauransu) na kayan ƙididdigewa, ƙaddamarwar thermal daidai yake da ƙarancin zafi da aka haifar Ƙunƙuwar wani abu a ƙarƙashin aikin gradient naúrar abubuwa daban-daban suna da ƙima daban-daban na thermal conductivity. Dangane da abin da ke tattare da kayan rufewa, mafi girman haɓakar thermal, mafi munin aikin rufin. Gabaɗaya magana, yanayin zafi na daskararru ya fi na ruwa girma, wanda ya fi na iskar gas.
Matsakaicin jika na haya µ siga ne wanda ke nuna ikon kayan don tsayayya da shigar tururin ruwa kuma ba shi da girma. Naúrar ita ce m, wanda ke nufin cewa yana daidai da ƙarfin tururin ruwa na iskar m. Yana bayyana aikin kayan aiki, ba aikin samfur ko tsarin ba.
Don kayan rufi tare da nau'in haɓakawar thermal na farko na K amma daban-daban µ, mafi girman darajar µ, da wahala ga tururin ruwa ya shiga cikin kayan, don haka wutar lantarki yana tashi a hankali, kuma tsawon lokacin da ake ɗauka don isa ga gazawar rufi. , kuma tsawon rayuwar sabis.
Lokacin da ƙimar µ ta yi ƙasa, ƙarfin zafin jiki ya kai ƙimar gazawar a cikin ɗan gajeren lokaci saboda saurin shigar tururin ruwa. Don haka, kauri mai kauri kawai zai iya cimma rayuwar sabis iri ɗaya kamar kayan ƙima mai girma µ.
Kayayyakin Jinfuli suna amfani da abubuwan haya mai ruwa mai yawa don tabbatar da ingantaccen yanayin zafi, don haka mafi ƙarancin kauri na farko na iya tabbatar da rayuwar sabis.
Menene alakar da ke tsakanin ma'aunin zafi da sanyin haya na kayan rufi?
Ma'anar thermal conductivity: Yawancin lokaci ana wakilta shi da yanayin "λ", kuma naúrar ita ce: Watt/meter·digiri (W/ (m·K), inda K za a iya maye gurbinsa da ℃. Thermal conductivity (wanda kuma aka sani da thermal). conductivity ko thermal conductivity) wani ma'auni ne na ma'auni na thermal conductivity na abu Yana nuna yanayin yanayin zafi mai ƙarfi (ƙarƙashin yanayin canja wurin zafi, abu na kauri na mita 1, tare da bambancin zafin jiki na 1 digiri a bangarorin biyu, yana canja wurin zafi ta hanyar yanki na mita 1 a cikin 1 seconds). , kuma yana da alaƙa da nau'in, jihar (gas, ruwa, m) da yanayi (zazzabi, matsa lamba, zafi, da dai sauransu) na kayan ƙididdigewa, ƙaddamarwar thermal daidai yake da ƙarancin zafi da aka haifar Ƙunƙuwar wani abu a ƙarƙashin aikin gradient naúrar abubuwa daban-daban suna da ƙima daban-daban na thermal conductivity. Dangane da abin da ke tattare da kayan rufewa, mafi girman haɓakar thermal, mafi munin aikin rufin. Gabaɗaya magana, yanayin zafi na daskararru ya fi na ruwa girma, wanda ya fi na iskar gas.
Matsakaicin jika na haya µ siga ne wanda ke nuna ikon kayan don tsayayya da shigar tururin ruwa kuma ba shi da girma. Naúrar ita ce m, wanda ke nufin cewa yana daidai da ƙarfin tururin ruwa na iskar m. Yana bayyana aikin kayan aiki, ba aikin samfur ko tsarin ba.
Don kayan rufi tare da nau'in haɓakawar thermal na farko na K amma daban-daban µ, mafi girman darajar µ, da wahala ga tururin ruwa ya shiga cikin kayan, don haka wutar lantarki yana tashi a hankali, kuma tsawon lokacin da ake ɗauka don isa ga gazawar rufi. , kuma tsawon rayuwar sabis.
Lokacin da ƙimar µ ta yi ƙasa, ƙarfin zafin jiki ya kai ƙimar gazawar a cikin ɗan gajeren lokaci saboda saurin shigar tururin ruwa. Don haka, kauri mai kauri kawai zai iya cimma rayuwar sabis iri ɗaya kamar kayan ƙima mai girma µ.
Kayayyakin Kingflex suna amfani da manyan abubuwan haya mai jika don tabbatar da ingantaccen yanayin zafi, don haka ƙaramin kauri na farko na iya tabbatar da rayuwar sabis.
Idan kuna da wata tambaya ta fasaha, da fatan za a ji daɗin tuntuɓar ƙungiyar Kingflex.
Lokacin aikawa: Janairu-19-2025
