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2019
1 Angelskår, Hallvard; Dirdal, Christopher Andrew; Tronstad, Tron Vedul; Kavli, Tom; Vogl, Andreas.
Low-loss ultrasound transmission through glass assisted by resonance. Ultrasonics 2019 ;Volum 96. s. 160-164
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2 Dirdal, Christopher Andrew.
NIL Metasurfaces for miniaturized optics. Nanosymposium; 2019-10-16 - 2019-10-17
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3 Skaar, Johannes; Hågenvik, Hans Olaf; Dirdal, Christopher Andrew.
Four definitions of magnetic permeability for periodic metamaterials. Physical review B (PRB) 2019 ;Volum 99.(6)
NTNU SINTEF UiO Untitled
 
2018
4 Dahl-Hansen, Runar Plunnecke; Dirdal, Christopher Andrew; Gjessing, Jo; Tyholdt, Frode; Tybell, Thomas.
On the dynamics of a degrading piezoelectric micromirror operated in harsh environments. NanoNetwork; 2018-06-11 - 2018-06-13
NTNU SINTEF Untitled
 
5 Dirdal, Christopher Andrew.
Metasurfaces – structured surfaces for simultaneous control of all electromagnetic degrees of freedom: Phase, polarization, amplitude and dispersion. Norwegian Electro-Optics Meeting 2018; 2018-05-02 - 2018-05-04
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6 Dirdal, Christopher Andrew; Hågenvik, Hans Olaf; Haave, Haakon Aamodt; Skaar, Johannes.
Higher order multipoles in metamaterial homogenization. Northern Optics & Photonics 2018 conference, Lund; 2018-09-12 - 2018-09-14
NTNU SINTEF UiO Untitled
 
7 Dirdal, Christopher Andrew; Hågenvik, Hans Olaf; Haave, Haakon Aamodt; Skaar, Johannes.
Higher order multipoles in metamaterial homogenization. IEEE Transactions on Antennas and Propagation 2018 ;Volum 66.(11) s. 6403-6407
NTNU SINTEF UiO Untitled
 
8 Dirdal, Christopher Andrew; Skaar, Johannes.
Diamagnetism and the dispersion of the magnetic permeability. European Physical Journal B : Condensed Matter Physics 2018 ;Volum 91.(6) s. -
NTNU UiO Untitled
 
2016
9 Dirdal, Christopher Andrew; Hågenvik, Hans Olaf; Skaar, Johannes.
Higher order terms and origin dependence in metamaterial homogenization. The 4th Advanced Electromagnetics Symposium; 2016-07-26 - 2016-07-28
NTNU Untitled
 
10 Dirdal, Christopher Andrew; Hågenvik, Hans Olaf; Skaar, Johannes.
Permittivity, permeability, and the significance of the electrical quadrupole in metamaterials. Norwegian Electro Optics Meeting; 2016-04-13 - 2016-04-13
NTNU Untitled
 
11 Hågenvik, Hans Olaf; Dirdal, Christopher Andrew; Skaar, Johannes.
Homogenization of metamaterials: comparison and analysis. Nano Network - 7th annual workshop; 2016-06-13 - 2016-06-15
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2015
12 Dirdal, Christopher Andrew; Bondevik, Tarjei; Skaar, Johannes.
Relaxed dispersion constraints and metamaterial effective parameters with physical meaning for all frequencies. Physical Review B. Condensed Matter and Materials Physics 2015 ;Volum 91.(13)
NTNU Untitled
 
13 Dirdal, Christopher Andrew; Skaar, Johannes.
Giving Freedom and Physical Meaning to the Effective Parameters of Metamaterials for all Frequencies. Nanometa 2015; 2015-01-05 - 2015-01-08
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14 Dirdal, Christopher Andrew; Skaar, Johannes.
Superposing Lorentzian resonance functions towards engineering target responses. I: Meta'14 Singapore Proceedings. : META conference 2015 ISBN 978-2-9545460-4-9. s. 53-58
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2014
15 Dirdal, Christopher Andrew; Skaar, Johannes.
Metamaterial responses beyond the Kramers-Kronig relations. Norwegian electro-optics meeting 2014; 2014-04-23 - 2014-04-25
NTNU Untitled
 
16 Dirdal, Christopher Andrew; Skaar, Johannes.
Superposing Lorentzian functions towards engineering target responses. The 5th International Conference on Metamaterials, Photonic Crystals and Plasmonics Book of Abstracts 2014
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17 Dirdal, Christopher Andrew; Skaar, Johannes.
Superposing Lorentzian functions towards engineering target responses. META 2014 Singapore; 2014-05-20 - 2014-05-23
NTNU Untitled
 
2013
18 Dirdal, Christopher Andrew; Skaar, Johannes.
Negative refraction in causal media by evaluating polar paths for rational functions. Journal of the Optical Society of America. B, Optical physics 2013 ;Volum 30.(2) s. 370-376
NTNU Untitled
 
19 Dirdal, Christopher Andrew; Skaar, Johannes.
Superpositions of Lorentzians as the class of causal functions. Physical Review A. Atomic, Molecular, and Optical Physics (PRA) 2013 ;Volum 88.(3) s. -
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