發(fā)布時間：2018-01-08 12:31

  本文關鍵詞：黑碳-氯化鈉內(nèi)混合氣溶膠粒子有效吸收研究（英文）　出處：《紅外與激光工程》2017年04期 　論文類型：期刊論文

  更多相關文章： 氣溶膠 有效吸收 內(nèi)混合 Mie散射

【摘要】：內(nèi)混合氣溶膠粒子的有效吸收對激光大氣傳輸有著不利影響。以黑碳和氯化鈉兩種典型成分為例,計算了密度和比熱相同情況下,均勻球和分層球模型粒子的有效吸收系數(shù)。研究結果表明:有效吸收系數(shù)大小與粒子組分混合方式有關。在粒子吸收熱量加熱大氣過程中,黑碳為核的粒子在可見光和近紅外波段有效吸收系數(shù)更大;均勻球粒子在中紅外波段和遠紅外波段(100μs后)有效吸收系數(shù)更大,而氯化鈉為核的粒子在遠紅外波段(前100μs)有效吸收系數(shù)最大。
[Abstract]:The effective absorption of inner mixed aerosol particles has a negative effect on laser atmospheric transport. Taking two typical components of black carbon and sodium chloride as examples, the density and specific heat are calculated. The results show that the effective absorption coefficient is related to the mixing mode of particle composition. The effective absorption coefficient of black carbon particles in visible and near infrared bands is higher. The effective absorption coefficients of homogeneous spherical particles in the mid-infrared and far-infrared bands were higher than those in the far-infrared band, while the effective absorption coefficients of the particles with sodium chloride as the nucleus were the largest in the far-infrared band (the first 100 渭 s).
【作者單位】： 中國科學院合肥物質(zhì)科學研究院安徽光學精密機械研究所大氣成分與光學重點實驗室;
【基金】：電子工程學院脈沖功率激光技術國家重點實驗室開放基金(SKL2013KF01、SKL2015KF03) 中國科學院合肥物質(zhì)科學研究院院長基金(YZJJ201506)
【分類號】：TN241;P49
【正文快照】： particles.Research es have shown that the absorption0 Introductionpeculiarities are different for aerosols made ofdifferent components.However,aerosol effectiveAerosol has become a ubiquitous topic inabsorption coefficient is just a part of absorptionfun，

本文編號：1397145