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Johan Wåhlin
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Cited by
Year
The relation between sea ice thickness and freeboard in the Arctic
V Alexandrov, S Sandven, J Wahlin, OM Johannessen
The Cryosphere 4 (3), 373-380, 2010
1802010
Wet pavement anti-icing—A physical mechanism
A Klein-Paste, J Wåhlin
Cold Regions Science and Technology 96, 1-7, 2013
512013
The effect of sodium chloride solution on the hardness of compacted snow
J Wå̊hlin, S Leisinger, A Klein-Paste
Cold regions science and technology 102, 1-7, 2014
362014
The effect of common de-icing chemicals on the hardness of compacted snow
J Wåhlin, A Klein-Paste
Cold Regions Science and Technology 109, 28-32, 2015
222015
The temperature jump at a growing ice–water interface
FEG Güner, J Wåhlin, M Hinge, S Kjelstrup
Chemical Physics Letters 622, 15-19, 2015
192015
The effect of mass diffusion on the rate of chemical ice melting using aqueous solutions
J Wåhlin, A Klein-Paste
Cold Regions Science and Technology 139, 11-21, 2017
172017
Estimation of liquid water content of snow surface by spectral reflectance
LK Eppanapelli, N Lintzén, J Casselgren, J Wåhlin
Journal of cold regions engineering 32 (1), 05018001, 2018
152018
Effect of surface roughness and chemistry on ice bonding to asphalt aggregates
AP Perez, J Wåhlin, A Klein-Paste
Cold Regions Science and Technology 120, 108-114, 2015
152015
Accuracy of ice melting capacity tests: Review of melting data for sodium chloride
K Nilssen, A Klein-Paste, J Wåhlin
Transportation Research Record 2551 (1), 1-9, 2016
132016
Chemical melting of ice: Effect of solution freezing point on the melting rate
J Wåhlin, A Klein-Paste
Transportation Research Record 2551 (1), 111-117, 2016
112016
The effect of additives on the low temperature ice-melting capacity of NaCl
K Nilssen, A Klein-Paste, J Wåhlin
Transportation research record 2672 (12), 158-166, 2018
102018
Laboratory test of five different optical road condition sensors
J Wåhlin, P Jonsson, H Baad, J Edblad, V Torgeir, J Röien, J Casselgren, ...
Proceedings of the SIRWEC, 2016
82016
Influence of NaCl aqueous solution on compacted snow: Field investigation
H Giudici, A Klein-Paste, J Wåhlin
Journal of Cold Regions Engineering 34 (1), 04019015, 2020
72020
Controlling the Properties of Thin Ice Layers on Pavement Surfaces-An Alternative Explanation for Anti-icing
A Klein-Paste, J Wåhlin
Physics and Chemistry of Ice 2010, 13-19, 2011
72011
Tire–pavement interaction in contact with salted snow: How an aqueous solution affects compression, squeeze-out, and compaction of snow
H Giudici, J Wåhlin, A Klein-Paste
Journal of Cold Regions Engineering 33 (4), 04019011, 2019
62019
A salty safety solution
J Wåhlin, A Klein-Paste
Physics World 30 (12), 27, 2017
62017
Investigation of snow single scattering properties based on first order Legendre phase function
LK Eppanapelli, J Casselgren, J Wåhlin, M Sjödahl
Optics and Lasers in Engineering 91, 151-159, 2017
62017
Influence of microstructure on the consolidation of compressed snow
J Wåhlin, A Klein-Paste
Journal of Cold Regions Engineering 29 (2), 06014003, 2015
62015
Use of calorimetry to measure ice-melting capacity
K Nilssen, A Klein-Paste, J Wåhlin, MA Delapaz
Transportation research record 2613 (1), 1-7, 2017
52017
The relation between sea ice thickness and freeboard in the Arctic, The 5 Cryosphere, 4, 373–380
V Alexandrov, S Sandven, J Wahlin, OM Johannessen
52010
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