物理实验
物理實驗
물리실험
PHYSICS EXPERIMENTATION
2014年
9期
13-16
,共4页
代如成%王中平%张增明%孙腊珍
代如成%王中平%張增明%孫臘珍
대여성%왕중평%장증명%손석진
低辐射玻璃%光热性能%透过率%反射率
低輻射玻璃%光熱性能%透過率%反射率
저복사파리%광열성능%투과솔%반사솔
low-e glass%optical-thermal performance%transmittance%reflectance
介绍了单银基低辐射玻璃的镀膜方式与结构，并研究了样品的光热性能。结果表明：低辐射玻璃在可见光波段透射率较高；在中远红外波段反射率较高，有效阻止了热量的透过。因此低辐射玻璃既可以保证采光，又可以阻止热量透过，起到了节约能源的效果。
介紹瞭單銀基低輻射玻璃的鍍膜方式與結構，併研究瞭樣品的光熱性能。結果錶明：低輻射玻璃在可見光波段透射率較高；在中遠紅外波段反射率較高，有效阻止瞭熱量的透過。因此低輻射玻璃既可以保證採光，又可以阻止熱量透過，起到瞭節約能源的效果。
개소료단은기저복사파리적도막방식여결구，병연구료양품적광열성능。결과표명：저복사파리재가견광파단투사솔교고；재중원홍외파단반사솔교고，유효조지료열량적투과。인차저복사파리기가이보증채광，우가이조지열량투과，기도료절약능원적효과。
The coating method and coating structure of single-silver low-e glass was introduced . The optical-thermal performance of single-silver low-e glass were investigated .The results showed that low-e glass had high transmittance in the visible region ,and high reflectance in the mid-far infra-red region ,w hich could preventing heat from passing through the low-e glass .T herefore ,the low-e glass could effectively reflect the sun’s heat while letting in light ,which could help reduce energy costs .
