你可以想象，科學木頭比玻璃更適合做窗戶的家研技術材料嗎？美國科學家新研發(fā)的“透明木材”不但透明度可以媲美窗戶，而且比窗戶鎖熱能力更強、發(fā)出更環(huán)保、透明替代更耐用、木材更安全也更輕。玻璃玻璃

　　Scientists have designed‘transparent wood’that could replace conventional glass in windows.

　　科學家研發(fā)出了可以替代傳統(tǒng)窗玻璃的科學“透明木材”。

　　The innovation was developed using wood from the balsa tree,which is native to South and Central America,and claims to be five times more thermally efficient than glass.

　　這一發(fā)明采用了原生于南美和中美的家研技術巴爾沙樹的木材，據(jù)稱熱效率比玻璃高出五倍。發(fā)出

　　The team treated balsa wood in an oxidizing bath that bleaches it of nearly all visibility and then penetrated it with a synthetic polymer called polyvinyl alcohol(PVA)-creating a product that is virtually transparent.

　　該團隊把木材泡在氧化劑里，透明替代褪去幾乎所有可見的木材顏色，然后注入一種名為聚乙烯醇的玻璃玻璃合成聚合物，開發(fā)出幾乎完全透明的科學一種產(chǎn)品。

　　Unlike traditional glass,the transparent wood can withstand much stronger impacts and will bend or splinter when damaged,instead of shattering.

　　和傳統(tǒng)玻璃不同，家研技術這種透明木材可以承受更強烈的發(fā)出沖擊，在受損時會彎曲或裂開，而不會粉碎。

　　The transparent wood was created by teams at the University of Maryland and University of Colorado,which set out to find a greener alternative to conventional glass–a production that creates 25,000 tons in emissions each year.

　　這種透明木材是由美國馬里蘭大學和科羅拉多大學的研究團隊開發(fā)的，他們的初衷是找到可以替代傳統(tǒng)玻璃的更環(huán)保的材料。玻璃產(chǎn)品每年都會產(chǎn)生2.5萬噸的排放物。

　　Along with contributing to greenhouse gases,glass contributes to a loss of energy.

　　除了制造溫室氣體外，玻璃還會導致能量的流失。

　　'Residential building windows in particular account for 10–25%of the heat loss due to their poor thermal management capability,’the team wrote in the study.

　　研究團隊在報告中寫道：“居民樓的玻璃窗戶由于鎖熱能力不強，能量流失尤其嚴重，損失的熱能占到了10%到25%。”

　　'Exploring energy efficient window materials is thus highly desirable to address heating costs,energy shortages,and the global impact of climate change associated with increased carbon emissions.’

　　“因此人們極其需要探尋節(jié)能窗戶材料，以解決供熱成本、能源短缺問題，還有與碳排放增加相關的氣候變化引發(fā)的世界性影響。”

　　The team notes that the bonding between PVA and cellulose in the wood,creates a tightly packed structure that allows for more thermal protection and makes it more durable and lighter than glass.

　　研究團隊指出，聚乙烯醇和木材中的纖維素結合，創(chuàng)造出一種高密度的結構，既能更好地鎖住熱能，也比玻璃更耐用、更輕。

　　'Switching to transparent wood could prove to be cost efficient as well,’researchers shared in a statement.

　　研究人員在一份聲明中分享道：“事實將證明，改用透明木頭還能節(jié)省成本。”

　　'It is approximately five times more thermally efficient than glass,cutting energy costs.’

　　“透明木頭的熱效率比玻璃高出五倍，減少了能源成本。”

　　'It is made from a sustainable,renewable resource with low carbon emissions.It’s also compatible with existing industrial processing equipment,making the transition into manufacturing an easy prospect.’

　　“這種新材料源自碳排放量低的可持續(xù)、可再生的資源。而且這種木材也適用于現(xiàn)有的工業(yè)處理設備，這使得未來投入生產(chǎn)更容易。”