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1by Kuiper, Ernst-Jan, Weikusat, Ilka, Drury, Martyn R., Pennock, Gill M., De Winter, D. A. Matthijs“...To determine active deformation mechanisms in polar ice. We use LM and Electron BackScattered...”
Published 2014
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2by Drews, Reinhard, Eisen, Olaf, Steinhage, Daniel, Weikusat, Ilka, Kipfstuhl, Sepp, Wilhelms, Frank“... that short-scale variations in COF are the primary mechanism for the observed anisotropy, and the 900m...”
Published in Journal of Glaciology (2012)
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4by Kuiper, Ernst-Jan, Drury, Martyn R., Pennock, Gill M., de Bresser, Hans, Weikusat, Ilka“...An overview of the deformation and recrystallization mechanisms that are active in the North...”
Published 2020
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6by Steinbach, Florian, Weikusat, Ilka, Bons, Paul D., Griera, Albert, Llorens Verde, Maria Gema, Roessiger, Jens“...). Understanding the dominant deformation mechanisms has essential implications on paleo-atmosphere research...”
Published 2015
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7“... the sea. Basal dislocation glide is assumed to be the dominant deformation mechanism in the creep...”
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8“... and to investigate the internal structure of ice sheets in terms of layering. The main reflection mechanisms...”
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9by Zhang, Yu, Sachau, Till, Franke, Steven, Yang, Haibin, Li, Dian, Weikusat, Ilka, Bons, Paul DGet access
Published 2023
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10by Steinbach, Florian, Ernst-Jan N. Kuiper, Eichler, Jan, Bons, Paul D., Drury, Martyn R., Griera, Albert, Pennock, Gill M., Weikusat, IlkaSubjects: “...91307 Numerical Modelling and Mechanical Characterisation...”
Published 2017
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11by Steinbach, Florian, Ernst-Jan N. Kuiper, Eichler, Jan, Bons, Paul D., Drury, Martyn R., Griera, Albert, Pennock, Gill M., Weikusat, IlkaSubjects: “...91307 Numerical Modelling and Mechanical Characterisation...”
Published 2017
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12by Bons, P. D., Jansen, Daniela, Mundel, Felicitas, Bauer, Catherine C., Binder, Tobias, Eisen, Olaf, Jessell, M. W., Llorens, Maria-Gema, Steinbach, Florian, Steinhage, Daniel, Weikusat, Ilka“... by lateral compression of mechanically anisotropic ice, while a general viscosity contrast between layers...”
Published in Nature Communications (2016)
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13by Bons, Paul D., Jansen, Daniela, Mundel, Felicitas, Bauer, Catherine C., Binder, Tobias, Eisen, Olaf, Jessell, Mark W., Llorens, Maria-Gema, Steinbach, Florian, Steinhage, Daniel, Weikusat, Ilka“... by lateral compression of mechanically anisotropic ice, while a general viscosity contrast between layers...”
Published in Nature Communications (2016)
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14by Bons, Paul D., Jansen, Daniela, Mundel, Felicitas, Bauer, Catherine C., Binder, Tobias, Eisen, Olaf, Jessell, Mark W., Llorens, Maria-Gema, Steinbach, Florian, Steinhage, Daniel, Weikusat, Ilka“... by lateral compression of mechanically anisotropic ice, while a general viscosity contrast between layers...”
Published in Nature Communications (2016)
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15by Bons, Paul D., Jansen, Daniela, Mundel, Felicitas, Bauer, Catherine C., Binder, Tobias, Eisen, Olaf, Jessell, Mark W., Llorens, Maria-Gema, Steinbach, Florian, Steinhage, Daniel, Weikusat, Ilka“... by lateral compression of mechanically anisotropic ice, while a general viscosity contrast between layers...”
Published in Nature Communications (2016)
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16by Bons, Paul D., Jansen, Daniela, Mundel, Felicitas, Bauer, Catherine C., Binder, Tobias, Eisen, Olaf, Jessell, Mark W., Llorens, Maria-Gema, Steinbach, Florian, Steinhage, Daniel, Weikusat, Ilka“... by lateral compression of mechanically anisotropic ice, while a general viscosity contrast between layers...”
Published in Nature Communications (2016)
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17by Bons, Paul D., Jansen, Daniela, Mundel, Felicitas, Bauer, Catherine C., Binder, Tobias, Eisen, Olaf, Jessell, Mark W., Llorens, Maria-Gema, Steinbach, Florian, Steinhage, Daniel, Weikusat, Ilka“... by lateral compression of mechanically anisotropic ice, while a general viscosity contrast between layers...”
Published in Nature Communications (2016)
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18by Bons, Paul D., Jansen, Daniela, Mundel, Felicitas, Bauer, Catherine C., Binder, Tobias, Eisen, Olaf, Jessell, Mark W., Llorens, Maria-Gema, Steinbach, Florian, Steinhage, Daniel, Weikusat, Ilka“... by lateral compression of mechanically anisotropic ice, while a general viscosity contrast between layers...”
Published in Nature Communications (2016)
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19by Bons, Paul D., Jansen, Daniela, Mundel, Felicitas, Bauer, Catherine C., Binder, Tobias, Eisen, Olaf, Jessell, Mark W., Llorens, Maria-Gema, Steinbach, Florian, Steinhage, Daniel, Weikusat, Ilka“... by lateral compression of mechanically anisotropic ice, while a general viscosity contrast between layers...”
Published in Nature Communications (2016)
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20by Bons, Paul D, Jansen, Daniela, Mundel, Felicitas, Bauer, Catherine C, Binder, Tobias, Eisen, Olaf, Jessell, Mark W, Llorens, Maria-Gema, Steinbach, Florian, Steinhage, Daniel, Weikusat, Ilka“... by lateral compression of mechanically anisotropic ice, while a general viscosity contrast between layers...”
Published 2016
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