Research

[1]     Gonschior C, Klein K, Küppers F & Vorbeck S. Optimum Modulation Formats For Future 100 Gbit/s Carrier Ethernet. In HfTL Science Days. 2007.

[2]     Belz M, Eckhardt H, Gonschior CP, Nelson G & Klein K. Quality control of UV resistant fibers for 200-300 nm spectroscopic applications. In Proc. SPIE 6852-09. 2008.

[3]     Klein K, Mannhardt J, Belz M, Gonschior CP & Eckhardt HS. Optical fibers in instrumental UV-analytics (Invited Paper). In Proc. SPIE 7173-02. 2009.

[4]     Vorbeck S, Schneiders M, Weiershausen W, Gonschior CP & Küppers F. 100GEthernet for aggregation and transport networks. In Proc. SPIE 7235-0b. 2009.

[5]     Klein K, Eckhardt H & Gonschior CP. Faseroptische Systeme im ultravioletten Wellenlängenbereich für neuartige Anwendungen. In Forschung – Weiterbildung – Transfer: die Hochschule in der Region. Feyerabend F & Schmidt M (Eds.). 2009. pp. 123 – 143.

[6]     Klein K, Gonschior CP, Xia R, Hillrichs G, Bloos M & Poisel H. Skew modes in specialty fibers with step-index profile. In Proc. SPIE 7559-09. 2010.

[7]     Gonschior CP, Eimer D, Klein K, Sun T & Grattan KTV. Characterization of UV single-mode and low-mode fibers. In Proc. SPIE 7559-17. 2010.

[8]     Chaouch H, Gonschior CP, Klein K, Vorbeck S, Schneiders M, Weiershausen W & Küppers F. Numerical analysis and system optimization for 100 Gbit/s carrier Ethernet serial modulation formats. Optics Communications (2010) 283: pp. 2333 – 2338.

[9]     Klein K, Gonschior CP, Dahal P, Eckhardt H, Belz M & Hillrichs G. Evanescent-field sensor using selectively excited modes in step-index fibers. In Proc. SPIE 7894-10. 2011.

[10]     Hillrichs G, Gonschior CP, Klein K & Wandschneider R. Performance of low mode and single mode optical fibers for high peak power 355 nm laser radiation. In Proc. SPIE 7894-0Z. 2011.

[11]     Gonschior CP, Klein K, Sun T, Grattan KTV, Kirshenbaum MR & Seibel EJ. Lifetime prediction for 405-nm single-mode delivery systems for therapeutic laser applications. In Proc. SPIE 8218-0a. 2012.

[12]     Gonschior CP, Klein K, Sun T & Grattan KTV. Influence of high power 405-nm multi-mode and single-mode diode laser light on the long-term stability of fused silica fibers. In Proc. SPIE 8426-24. 2012.

[13]     Gonschior CP, Klein K, Sun T & Grattan KTV. Generation of periodic surface structures on silica fibre surfaces with 405 nm CW diode lasers. Presented at the 9th Symposium SiO2, Advanced Dielectrics and Related Devices. Hyères, France. 2012.

[14]     Gonschior CP. Oberflächeneffekte bei Quarzglasfasern erzeugt durch Bestrahlung mit 405 nm CW‐Diodenlaser. Presented at the 6. Auswärtsseminar der Arbeitsgruppe Optische Technologien. Leupold‐Institut für Angewandte Naturwissenschaften (LIAN). Westsächsischen Hochschule Zwickau. 2012.

[15]     Gonschior CP, Klein K, Sun T & Grattan KTV. Surface and bulk effects in silica fibers caused by 405 nm CW diode laser irradiation and means for mitigation. In Proc. SPIE 8530-9. 2012.

[16]     Gonschior CP, Klein K, Sun T & Grattan KTV. Generation of periodic surface structures on silica fibre surfaces with 405 nm CW diode lasers. Journal of Non-Crystalline Solids (2013) 361: pp. 106-110.

[17]     Gonschior CP, Klein K, Heyse D, Baumann S, Sun T & Grattan KTV. High power 405 nm diode laser fiber-coupled single-mode system with high long-term stability. In Proc. SPIE 8605-0O. 2013.

[18]     Heimann J, Klein K-F, Gonschior CP, Klein MB & Hillrichs G. Optical fibers for 355nm pulsed lasers and high-power broadband light sources. In Proc. SPIE 8576-0K. 2013.

[19]    Klein K-F, Gonschior CP, Beer D, Eckhardt HS, Belz M, Shannon J, Khalilov VK, Klein MB & Jakob C. Silica-based UV-fibers for DUV applications: current status (Invited Paper). In Proc. SPIE 8775-10. 2013.

[20]    Gonschior CP. Development of fibre-optic transmission systems with UV diode lasers and high stability single-mode waveguides. Doctoral thesis. City University London. 2013.

[21]     Heimann JC, Gonschior CP, Klein K, Hillrichs G & Takala E. Spectral UV losses in 355 nm pulsed laser delivery system at low temperatures. Journal of Non-Crystalline Solids (2013) 376: pp. 43-49.

[22]    Gonschior CP, Landrock-Bill E, Klein K-F, Sun T & Grattan KTV. Investigation of single-mode fiber output damage by 405nm CW laser light. In Proc. SPIE 8885-14. 2013.

[23]    Gonschior CP, Klein K-F, Menzel M, Sun T & Grattan KTV. Investigation of single-mode fiber degradation by 405-nm continuous-wave laser light. Optical Engineering (2014) 53: p. 122512.