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CERN Document Server 5 εγγραφές βρέθηκαν  Η έρευνα πήρε 1.18 δευτερόλεπτα. 
1.
The gas-phase formation mechanism of iodic acid as an atmospheric aerosol source / Finkenzeller, Henning (Colorado U. ; Colorado U., CIRES) ; Iyer, Siddharth (Tampere U. of Tech.) ; He, Xu-Cheng (Helsinki U.) ; Simon, Mario (Goethe U., Frankfurt (main)) ; Koenig, Theodore K (Colorado U. ; Colorado U., CIRES ; Peking U., Beijing) ; Lee, Christopher F (Colorado U. ; Colorado U., CIRES) ; Valiev, Rashid (Helsinki U.) ; Hofbauer, Victoria (Carnegie Mellon U.) ; Amorim, Antonio (Lisbon U.) ; Baalbaki, Rima (Helsinki U.) et al.
AbstractIodine is a reactive trace element in atmospheric chemistry that destroys ozone and nucleates particles. Iodine emissions have tripled since 1950 and are projected to keep increasing with rising O3 surface concentrations. [...]
2022 - 7 p. - Published in : Nature Chem. 15 (2022) 129-135 Fulltext: PDF;
Αναλυτική εγγραφή - Παρόμοιες εγγραφές
2.
Determination of the collision rate coefficient between charged iodic acid clusters and iodic acid using the appearance time method / He, Xu-Cheng (U. Helsinki (main)) ; Iyer, Siddharth (U. Helsinki (main)) ; Sipilä, Mikko (U. Helsinki (main)) ; Ylisirniö, Arttu (UEF, Kuopio) ; Peltola, Maija (Helsinki U.) ; Kontkanen, Jenni (Helsinki U.) ; Baalbaki, Rima (Helsinki U.) ; Simon, Mario (Goethe U., Frankfurt (main)) ; Kürten, Andreas (Goethe U., Frankfurt (main)) ; Tham, Yee Jun (Helsinki U.) et al.
Ions enhance the formation rate of atmospheric aerosol particles, which play an important role in Earth’s radiative balance. Ion-induced nucleation involves the stepwise accretion of neutral monomers onto a molecular cluster containing an ion, which helps to stabilize the cluster against evaporation. [...]
2020 - 12 p. - Published in : Aerosol Sci. Technol. 55 (2020) 231-242 Fulltext: PDF;
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3.
The driving factors of new particle formation and growth in the polluted boundary layer / Xiao, Mao ; Hoyle, Christopher R ; Dada, Lubna ; Stolzenburg, Dominik ; Kürten, Andreas ; Wang, Mingyi ; Lamkaddam, Houssni ; Garmash, Olga ; Mentler, Bernhard ; Molteni, Ugo et al.
New particle formation (NPF) is a significant source of atmospheric particles, affecting climate and air quality. Understanding the mechanisms involved in urban aerosols is important to develop effective mitigation strategies. [...]
2021 - 17 p. - Published in : Atmos. Chem. Phys. 21 (2021) 14275-14291 Fulltext: PDF; Supplement: PDF;
Αναλυτική εγγραφή - Παρόμοιες εγγραφές
4.
Enhanced growth rate of atmospheric particles from sulfuric acid / Stolzenburg, Dominik (Vienna U. ; Helsinki U.) ; Simon, Mario (Frankfurt U.) ; Ranjithkumar, Ananth (Leeds U.) ; Kürten, Andreas (Frankfurt U.) ; Lehtipalo, Katrianne (Helsinki U. ; Finnish Meteorological Inst.) ; Gordon, Hamish (Leeds U.) ; Ehrhart, Sebastian (Mainz, Max Planck Inst.) ; Finkenzeller, Henning (U. Colorado, Boulder) ; Pichelstorfer, Lukas (Helsinki U.) ; Nieminen, Tuomo (Helsinki U.) et al.
In the present-day atmosphere, sulfuric acid is the most important vapour for aerosol particle formation and initial growth. However, the growth rates of nanoparticles ( < 10 nm) from sulfuric acid remain poorly measured. [...]
2020 - 14 p. - Published in : Atmos. Chem. Phys. 20 (2020) 7359-7372
Αναλυτική εγγραφή - Παρόμοιες εγγραφές
5.
Role of iodine oxoacids in atmospheric aerosol nucleation / He, Xu-Cheng (Helsinki U.) ; Tham, Yee Jun (Helsinki U.) ; Dada, Lubna (Helsinki U.) ; Wang, Mingyi (Carnegie Mellon U.) ; Finkenzeller, Henning (U. Colorado, Boulder) ; Stolzenburg, Dominik (Vienna U. ; Helsinki U.) ; Iyer, Siddharth (Tampere U. of Tech.) ; Simon, Mario (Frankfurt U., FIAS) ; Kürten, Andreas (Frankfurt U., FIAS) ; Shen, Jiali (Helsinki U.) et al.
Iodic acid (HIO3) is known to form aerosol particles in coastal marine regions, but predicted nucleation and growth rates are lacking. Using the CERN CLOUD (Cosmics Leaving Outdoor Droplets) chamber, we find that the nucleation rates of HIO3 particles are rapid, even exceeding sulfuric acid–ammonia rates under similar conditions. [...]
2021 - 7 p. - Published in : Science 371 (2021) 589-595
Αναλυτική εγγραφή - Παρόμοιες εγγραφές

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5 Li, Z -Y
136 Li, Z B
10 Li, Z C
4 Li, Z D
3 Li, Z F
2 Li, Z G
53 Li, Z H
1 Li, Z I
6 Li, Z J
3 Li, Z K
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50 Li, Z M
1 Li, Z M Simon
51 Li, Z P
9 Li, Z Q
1 Li, Z R
2 Li, Z S
6 Li, Z W
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49 Li, Z Y
20 Li, Z Z
6 Li, Z  H
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1 Li, Z-C
1 Li, Z-H
152 Li, Z.
14 Li, Z.B.
3 Li, Z.C.
4 Li, Z.H.
1 Li, Z.J.
1 Li, Z.W.
1 Li, Z.Y.
2 Li, ZC
1 Li, Zack
1 Li, Zan
1 Li, Ze-Yang
1 Li, Ze-bo
4 Li, Zeng-Zhao
32 Li, Zenghai
11 Li, Zenghu
3 Li, Zepeng
1 Li, Zequn
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243 Li, Zhan
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3 Li, Zhang
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29 Li, Zhao
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4 Li, Zhao-Sheng
14 Li, Zhao-Yu
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2 Li, Zhaofeng
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415 Li, Zhelun
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10 Li, ZhenYu
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3 Li, Zheng-Wei
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223 Li, Zhi
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64 Li, Zhi-Yun
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10 Li, Zhibing
1 Li, Zhichang
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1 Li, Zhiguo
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4 Li, Zhihong
1 Li, Zhihua
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9 Li, Zhihui
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49 Li, Zhijie
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1 Li, Zhong-shan
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1 Li, Zhongjun
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1 Li, Zhongwen
4 Li, Zhongyang
11 Li, Zhou
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34 Li, Zhuo
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405 Li, Zhuoming
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28 Li, Zhuxia
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1 Li, Zi
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3 Li, Zi-Xiang
1 Li, Ziang
1 Li, Zifu
1 Li, Zijia
1 Li, Zijin
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12 Li, Zilong
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7 Li, Zong-Guo
1 Li, Zong-Jun
1 Li, Zong-Qiang
1 Li, Zongbin
1 Li, Zonghai
1 Li, Zongjin
1 Li, Zongmin
2 Li, Zu-Hao
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