C - DTU Nanotech - Danmarks Tekniske Universitet

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46 6 Development of a Bio–Microreactor Setup Table 6.1: Three different CO2–laser settings for the O–ring mold (circles shown in Fig. 6.3) Radius [mm] Velocity [m/s] Power [%] Passes Circle 1 0.12 400 7 4 Circle 2 0.25 400 7 4 Circle 3 0.38 400 10 4 Circle 4 0.50 400 50 4 Circle 5 0.62 400 50 4 Circle 6 0.75 400 50 4 Circle 7 0.88 400 70 4 Circle 8 1.00 400 70 4 Channels – 400 25 2 Shape – 400 50 25 Circle 1 0.12 400 4 7 Circle 2 0.25 400 4 7 Circle 3 0.38 400 5 8 Circle 4 0.50 400 25 8 Circle 5 0.62 400 25 8 Circle 6 0.75 400 25 8 Circle 7 0.88 400 35 8 Circle 8 1.00 400 35 8 Channels – 400 25 2 Shape – 400 50 25 Circle 1 0.12 400 2 13 Circle 2 0.25 400 2 13 Circle 3 0.38 400 3 13 Circle 4 0.50 400 17 11 Circle 5 0.62 400 17 11 Circle 6 0.75 400 17 11 Circle 7 0.88 400 23 13 Circle 8 1.00 400 23 13 Channels – 400 25 2 Shape – 400 50 25
6.1 Materials and Methods 47 Table 6.2: Three changes in the CO2–laser settings for the O–ring mold. The basic settings are the same as in the first part of Tab. 6.1. Different are the settings for circle 8 and in the last setting two new circles were drawn Radius [mm] Velocity [m/s] Power [%] Passes Wobbling [mm] Circle 1 0.12 400 7 4 – Circle 2 0.25 400 7 4 – Circle 3 0.38 400 10 4 – Circle 4 0.50 400 50 4 – Circle 5 0.62 400 50 4 – Circle 6 0.75 400 50 4 – Circle 7 0.88 400 70 4 – Circle 8 1.00 400 10 1 0.15 Channels – 400 25 2 – Shape – 400 50 25 – Circle 1 0.12 400 7 4 – Circle 2 0.25 400 7 4 – Circle 3 0.38 400 10 4 – Circle 4 0.50 400 50 4 – Circle 5 0.62 400 50 4 – Circle 6 0.75 400 50 4 – Circle 7 0.88 400 70 4 – Circle 8 1.00 400 10 1 0.20 Channels – 400 25 2 – Shape – 400 50 25 – Circle 1 0.12 400 7 4 – Circle 2 0.25 400 7 4 – Circle 3 0.38 400 10 4 – Circle 4 0.50 400 50 4 – Circle 5 0.62 400 50 4 – Circle 6 0.75 400 50 4 – Circle 7 0.88 400 70 4 – Circle 8 1.00 400 30 4 – Circle 9 1.05 400 20 1 – Circle 10 1.10 400 10 1 – Channels – 400 25 2 – Shape – 400 50 25 –
Page 1: Danmarks Tekniske Universitet Insti
Page 5: Zusammenfassung Diese Arbeit besch
Page 8 and 9: 8 Contents 6 Development of a Bio-M
Page 10 and 11: 10 Nomenclature COC Cyclo-olefin co
Page 12 and 13: 12 1 Introduction sampling system w
Page 14 and 15: 14 2 Overview of Small-Scale Cultiv
Page 17 and 18: 3 Theoretical Considerations of Pol
Page 19 and 20: 100µm 3.2 Topas R○ and the CNC m
Page 21 and 22: 3.2 Topas R○ and the CNC micromil
Page 23 and 24: 4 Basic Principles of a Peltier Ele
Page 25: p-semiconductor p-semiconductor 4 B
Page 28 and 29: 28 5 Freezing Different Samples usi
Page 42 and 43: 42 6 Development of a Bio-Microreac
Page 64 and 65: 64 7 Concluding Remarks Reactor cha
Page 67 and 68: Appendix Freezing experiments with
Page 69: Experiments with 20 µl PBS-buffer
Page 72 and 73: 72 List of Figures 6.8 Heat wire de
Page 75 and 76: Bibliography [1] Arisawa, H.; Brill
Page 77 and 78: Bibliography 77 [26] Mark, H. F.: E
Page 79: Bibliography 79 [50] Zimmermann, H.

C - DTU Nanotech - Danmarks Tekniske Universitet

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