Assessment of a Rubidium ESFADOF Edge-Filter as ... - tuprints

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154 B Manufacturing process of Rb Vapor Cell II (a) Leak tight seal: The described manufacturing procedure of vapor cell II proves to be successful and seals the vapor cell very efficiently. (b) Enlargement of the squared area of Fig. B.2(a): Applying only a thin film of glue is important. This prevents the glue from covering the narrow aperture. Fig. B.2: Scanning electron microscope pictures of vapor cell II: This test sample has been cut along the symmetry axis and reveals a cross section of the glued front facet. The pictures have been taken by Arno Weick from the Institute of Applied Physics, Darmstadt.
C Magnetic Field Strengths of the Employed Permanent Ring Magnets Fig. C.1: Finite element analysis of the magnetic field of the employed Sm 2 Co 17 ring magnet [151]; Courtesy of MS-Schramberg GmbH & Co. KG, Magnet- und Kunststofftechnik: The inset shows the geometry of the magnet. The outer diameter is 15 mm, the inner diameter is 3 mm and the length is 5 mm. The curve shows the magnetic field strength along the symmetry axis. The magnetic field strength reaches a maximum value of B z = 535 mT. These simulations have been performed by A. Haberer.
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INSTITUT FÜR ANGEWANDTE PHYSIK TEC
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Abstract Global and local climate c
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Pentru Alexandru şi Florina
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II Contents 4.3 Measurement Unit .
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2 1 Introduction wide sea currents
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2 Remote Sensing of the Water Colum
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2.1 Measurement Principle 7 highly
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2.1 Measurement Principle 9 Fry and
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2.2 System Requirements 11 operatin
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2.2 System Requirements 13
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2.2 System Requirements 15 Table 2.
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2.2 System Requirements 17 1. Rayle
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2.2 System Requirements 19 wave. Th
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2.2 System Requirements 21 cent pro
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2.2 System Requirements 23 Fig. 2.6
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2.2 System Requirements 25 Both the
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2.3 Ideal Edge-Filter 27 of the Bri
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2.3 Ideal Edge-Filter 29 respective
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32 3 (Excited State) Faraday Anomal
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60 4 Experimental Investigations of
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5 Discussion of the Experimental Re
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5.1 Overview of the Experimental Pa
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5.1 Overview of the Experimental Pa
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5.2 Vapor Cell I: 270 mT 95 5.2 Vap
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5.2 Vapor Cell I: 270 mT 97 0.20 5.
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5.2 Vapor Cell I: 270 mT 99 Fig. 5.
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5.2 Vapor Cell I: 270 mT 101 introd
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Page 117 and 118: 0.15 ∆ν P = 0.98(2) GHz 5.2 Vapo
Page 119 and 120: 5.3 ESFADOF Operational Limits 109
Page 123 and 124: cesses of the atomic vapor. This al
Page 129 and 130: Fig. 5.18: Rubidium Grotian energy
Page 143 and 144: 5.4 Vapor Cell II: 500 mT 133 maxim
Page 145 and 146: 5.4 Vapor Cell II: 500 mT 135 the P
Page 147 and 148: 5.4 Vapor Cell II: 500 mT 137 such
Page 149 and 150: 6 Conclusion and Outlook The presen
Page 151 and 152: 6 Conclusion and Outlook 141 pulses
Page 153 and 154: 6 Conclusion and Outlook 143
Page 155: Appendix
Page 158 and 159: 148 A Rubidium Atom 2. Relevant ato
Page 161 and 162: B Manufacturing process of Rb Vapor
Page 163: B Manufacturing process of Rb Vapor
Page 167: D Tripod ECDL Fig. D.1: Schematic o
Page 170 and 171: 160 References [10] G.L. Mellor and
Page 172 and 173: 162 References [41] E.S. Fry, J. Ka
Page 174 and 175: 164 References [69] Claude C. Leroy
Page 176 and 177: 166 References [97] L. Goldberg, D.
Page 178 and 179: 168 References [125] Cord Fricke-Be
Page 180 and 181: 170 References [158] Triad Technolo
Page 182 and 183: 172 References [186] M. Cheret, L.
Page 185: Curriculum Vitae Alexandru Lucian P
Page 188 and 189: 178 1 Publications Conference Proce
Page 191: Supervised Theses Denise Stang, Wei
Page 194: 184 1 Danksagung Bei Herrn Arno Wei
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