Publikationsliste Prof. Lenk

42.

Gubbi V, Ivanov T, Ved K, Lenk C, Ziegler M. Bio-inspired acoustic MEMS sensor with tunable resonance frequency. Sensors and Actuators A: Physical. 2025; 387116369.      [DOI]      [Datei] 

41.

Ved K, Rolf HFJ, Ivanov T, Meurer T, Ziegler M, Lenk C. Coupling-induced tunability of characteristic frequency, bandwidth and gain of artificial hair cells. Hearing Research. 2025; 462109260.      [DOI]      [Datei] 

40.

Johny S, Ved K, Durstewitz S, Ivanov T, Ziegler M, Lenk C. Bio-Inspired Sensor-Based Sound Pre-Processing for Speech Recognition in Noisy Conditions. In: 2024 IEEE Biomedical Circuits and Systems Conference (BioCAS). 2024. p. 1-5.      [DOI] 

39.

Lenk C, Ved K, Durstewitz S, Ivanov T, Ziegler M, Hövel P. Bio-inspired, Neuromorphic Acoustic Sensing. In: Ziegler, Martin and Mussenbrock, Thomas and Kohlstedt, Hermann, editors. Cham: Springer International Publishing; 2024. p. 287—315.      [DOI]      [Datei] 

38.

Durstewitz S, Lenk C, Ivanov T, Ziegler M. Emulation of Auditory Nerve Adaptation with Bio-Inspired Acoustic Sensor to Extract Sound Features. In: 2024 22nd IEEE Interregional NEWCAS Conference (NEWCAS). 2024. p. 128-132.      [DOI] 

37.

Lenk C, Ivanov T, Durstewitz S, Ved K, Gubbi V, Ziegler M. An Adaptive Acoustic Neuromorphic Auditory System. In: 2023 IEEE Nanotechnology Materials and Devices Conference (NMDC). 2023. p. 210-211.      [DOI] 

36.

Lenk C, Hövel P, Ved K, Durstewitz S, Meurer T, Fritsch T, Männchen A, Küller J, Beer D, Ziegler M. Neuromorphic acoustic sensing using an adaptive microelectromechanical cochlea with integrated feedback. Nat Electron 6. 2023; 6370-380.      [DOI] 

35.

Durstewitz S, Lenk C, Ziegler M. Bio-inspired acoustic sensor with gain adaptation enhancing dynamic range and onset detection. In: 2022 IEEE International Symposium on Circuits and Systems (ISCAS). 2022. p. 789-793.      [DOI] 

34.

Lenk C, Seeber L, Ziegler M, Hövel P, Gutschmidt S. Enabling Adaptive and Enhanced Acoustic Sensing using Nonlinear Dynamics. In: 2020 IEEE International Symposium on Circuits and Systems (ISCAS). 2020. p. 1-4.      [DOI] 

33.

Lenk C, Seeber L, Ziegler M. Tuning Acoustic Sensing Properties of MEMS Cantilever by Nonlinear Operation. In: Mikro-Nano-Integration; 8th GMM-Workshop. 2020. p. 1-3.

32.

Lenk C, Einax M, Köhler JM, Maass P. Complex oscillation modes in the Belousov-Zhabotinsky reaction by weak diffusive coupling. Phys. Rev. E 99. 2019; 022202.      [DOI] 

31.

Lenk C, Krivoshapkina Y, Hofmann M, Lenk S, Ivanov T, Rangelow IW, Ahmad A, Reum A, Holz M, Glinsner T, Eibelhuber M, Schamberger B, Chouiki M, Chan BT, el Otell Z, de Marneffe J-F. High-throughput process chain for single electron transistor devices based on field-emission scanning probe lithography and SmartNIL technology. JVST B 37(2). 2019; 021603.      [DOI] 

30.

Lenk C, Ekinci A, Rangelow IW, Gutschmidt S. Active, artificial hair cells for biomimetic sound detection based on active cantilever technology. In: 2018 40th Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC). 2018. p. 4488-4491.      [DOI] 

29.

Rangelow IW, Kaestner M, Ivanov T, Ahmad A, Lenk S, Lenk C, Guliyev E, Reum A, Hofmann M, Reuter C, Holz M. Atomic Force Microscope integrated with a Scanning Electron Microscope for Correlative Nanofabrication and Microscopy. JVST B 36. 2018; 06J102.      [DOI] 

28.

Prewett PD, Hagen CW, Lenk C, Lenk S, Kaestner M, Ivanov T, Ahmad A, Rangelow IW, Shi X, Boden SA, Robinson APG, Yang D, Hari S, Scotuzzi M, Huq E. Charged particle single nanometre manufacturing. Beilstein Journal of Nanotechnology. 2018; 92855-2882.      [DOI] 

27.

Lenk C, Lenk S, Holz M, Guliyev E, Hofmann M, Ivanov T, Rangelow IW, Behzadirad M, Rishinaramangalam AK, Feezell D, Busani T. Experimental study of Field Emission from sharp Silicon, Diamond and Tungsten tips used for Field Emission Scanning Probe Lithography. JVST B 36. 2018; 06JL03.      [DOI] 

26.

Aydogan C, Hofmann M, Lenk C, Volland B, Rangelow IW, Bicer M, Alaca BE, Ates O, Torun H, Yalcinkaya AD. Fabrication of optical nanodevices through field-emission scanning probe lithography and cryogenic etching. In: Eric M. Panning, editors. Novel Patterning Technologies 2018. SPIE; 2018. p. 105841G.      [DOI] 

25.

Hofmann M, Lenk C, Ivanov T, Rangelow IW, Reum A, Ahmad A, Holz M, Manske E. Field Emission from Diamond Nanotips for Scanning Probe Lithography. JVST B 36. 2018; 06JL02.      [DOI] 

24.

Holz M, Guliyev E, Ahmad A, Ivanov T, Reum A, Hofmann M, Lenk C, Kaestner M, Reuter C, Lenk S, Rangelow IW, Nikolov N. Field-emission scanning probe lithography tool for 150mm wafer. JVST B 36. 2018; 06JL06.      [DOI] 

23.

Rangelow IW, Lenk C, Hofmann M, Lenk S, Ivanov T, Ahmad A, Kaestner M, Guliyev E, Reuter C, Budden M, Zöllner J, Holz M, Reum A, Durrani Z, Jones M, Aydogan C, Bicer M, Alaca BE, Kuehnel M, Fröhlich T, Fuessl R, Manske E. Field-emission scanning probe lithography with self-actuating and self-sensing cantilevers for devices with single digit nanometer dimensions. In: Eric M. Panning, editors. Novel Patterning Technologies 2018. SPIE; 2018. p. 1058406.      [DOI] 

22.

Lenk C, Hofmann M, Lenk S, Kaestner M, Ivanov T, Krivoshapkina Y, Nechepurenko D, Volland B, Holz M, Ahmad A, Reum A, Wang C, Jones M, Durrani Z, Rangelow IW. Nanofabrication by field-emission scanning probe lithography and cryogenic plasma etching. Microelectronic Engineering. 2018; 19277-82.      [DOI]      [Datei] 

21.

Durrani Z, Jones M, Abualnaja F, Wang C, Rangelow IW, Guliyev E, Lenk S, Lenk C, Andreev A. Room temperature single dopant atom quantum dot transistors in silicon, formed by field-emission scanning probe lithography. J. Applied Physics 124. 2018; 144502.      [DOI] 

20.

Hofmann M, Aydogan C, Lenk C, Krivoshapkina Y, Lenk S, Volland B, Kaestner M, Alaca BE, Manske E, Rangelow I. Selective Pattern Transfer of Nano-Scale Features Generated by FE-SPL in 10 nm Thick Resist Layers. American Journal of Nano Research and Applications. 2018; 6(1):11-20.      [DOI]      [Datei] 

19.

Lenk C, Hofmann M, Ivanov T, Ahmad A, Lenk S, Rangelow IW, Reum A, Reuter C, Holz M, Behzadirad M, Rishinaramangalam AK, Feezell D, Busani T. Sharp GaN Nanowires used as field emitter on active cantilevers for Scanning Probe Lithography. JVST B 36. 2018; 06JL04.      [DOI] 

18.

Rangelow IW, Lenk C, Hofmann M, Ivanov T, Lenk S, Guliyev E, Kaestner M, Aydogan C, Bicer M, Alaca BE, Ates O, Torun H, Yalcinkaya AD, Ahmad A, Reum A, Holz M. Single nano-digit and closed-loop scanning probe lithography for manufacturing of electronic and optical nanodevices. In: James W. M. Chon and Baohua Jia, editors. Nanophotonics Australasia 2017. SPIE; 2018. p. 1045621.      [DOI] 

17.

Lenk S, Lenk C, Rangelow IW. Theoretical investigation of the enhancement factor for single field emitter in close proximity to the counter electrode. IVST B 36. 2018; 06JL01.      [DOI] 

16.

Krivoshapkina Y, Kaestner M, Lenk C, Lenk S, Rangelow IW. Low-energy electron exposure of ultrathin polymer films with scanning probe lithography. Microelectronic Engineering. 2017; 17778-86.      [DOI]      [Datei] 

15.

Richter Y, Lind PG, Seemann G, Lenk C, Maass P. Optimized adjustment of single action-potentials to case-specific atrial physiology: Towards clinical implementation. In: 2017 Computing in Cardiology (CinC). 2017. p. 1-4.      [DOI] 

14.

Rangelow IW, Ivanov T, Ahmad A, Kaestner M, Lenk C, Bozchalooi IS, Xia F, Youcef-Toumi K, Holz M, Reum A. Review Article: Active scanning probes: A versatile toolkit for fast imaging and emerging nanofabrication. J. Vac. Sci. Technol. B 35(6). 2017; 06G101.      [DOI] 

13.

Ischchuk V, Guliyev E, Aydogan C, Buliev I, Kaestner M, Ivanov T, Ahmad A, Reum A, Lenk S, Lenk C, Nikolov N, Glinsner T, Rangelow IW. Scanning probe-based high-accuracy overlay alignment concept for lithography applications. Appl. Phys. A 123. 2017; 89.

12.

Lenk S, Kaestner M, Lenk C, Rangelow IW. Simulation of field emission from volcano-gated tips for scanning probe lithography. Microelectronic Engineering. 2017; 17719-24.      [DOI]      [Datei] 

11.

Lenk S, Kaestner M, Lenk C, Krivoshapkina Y, Rangelow IW. Simulation of Fowler-Nordheim emission for scanning probe lithography. In: 2017 30th International Vacuum Nanoelectronics Conference (IVNC). 2017. p. 108-109.      [DOI] 

10.

Lenk S, Kaestner M, Lenk C, Angelov T, Krivoshapkina Y, Rangelow IW. 2D Simulation of Fowler-Nordheim Electron Emission in Scanning Probe Lithography. J.of Nanomat. & Mol. Nanotechn. 5(6). 2016; 54-60.      [DOI] 

9.

Ahmad A, Nikolov N, Angelov T, Ivanov T, Reum A, Atanasov I, Guliyev E, Ischchuk V, Kaestner M, Krivoshapkina Y, Lenk S, Lenk C, Rangelow IW, Holz M. Large area fast-AFM scanning with active “Quattro” cantilever arrays. J.Vac. Sci. &Technol.B 34. 2016; 06KM03.

8.

Lenk C, Mattea C, Stapf S, Köhler JM. Optimising Sodium Silica Gel for Ferroin Immobilisation. J. of Porous Materials 24 (4). 2016; 923.      [DOI] 

7.

Rangelow IW, Ahmad A, Ivanov T, Kaestner M, Krivoshapkina Y, Angelov T, Lenk S, Lenk C, Ischchuk V, Hofmann M, Nechepurenko D, Atanasov I, Volland B, Guliyev E, Durrani Z, Jones M, Wang C, Liu D, Reum A, Holz M, Nikolov N, Majstrzyk W, Gotszalk T, Staaks D, Dallorto S, Olynick DL. Pattern-generation and pattern-transfer for single-digit nano devices. J.Vac. Sci. &Technol. B 34. 2016; 06K202.

6.

Kürsten D, Möller F, Gross GA, Lenk C, Visaveliya N, Schüler T, Köhler JM. Identification of response classes from heavy metal-tolerant soil microbial communities by highly resolved concentration-dependent screenings in a microfluidic system. Methods in Ecology and Evolution. 2015; 6(5):600-609.      [DOI]      [Datei] 

5.

Lenk C, Weber FM, Bauer M, Einax M, Maass P, Seeman G. Initiation of atrial fibrillation by interaction of pacemakers with geometrical constraints. Journal of Theoretical Biology. 2015; 36613-23.      [DOI]      [Datei] 

4.

Lenk C, Einax M, Maass P. Irregular excitation patterns in reaction-diffusion systems due to perturbation by secondary pacemakers. Physical Review E 87 (4). 2013; 042904.

3.

Lenk C, Weber FM, Bauer M, Einax M, Seemann G, Maass P. Paroxysmal atrial fibrillation caused by interaction of pacemakerwaves and reduced excitability: Insights from the Bueno-Orovio model adapted to atria. In: Computing in Cardiology 2013. 2013. p. 1079-1082.

2.

Lenk C, Einax M, Seemann G, Maass P. Interaction of pacemakers as generating mechanism of atrial fibrillation. In: 2011 Computing in Cardiology. 2011. p. 229-232.

1.

Lenk C, Einax M, Maass P. Wavefront-obstacle and wavefront-wavefront interactions as mechanisms for atrial fibrillation: A study based on the FitzHugh-Nagumo equations. In: 2010 Computing in Cardiology. 2010. p. 425-428.