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

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156 C Magnetic Field Strengths of the Employed Permanent Ring Magnets Fig. C.2: Finite element analysis of the same Sm 2 Co 17 ring magnet as depicted in Fig. C.1; Courtesy of MS-Schramberg GmbH & Co. KG, Magnet- und Kunststofftechnik: The upper part of the figure shows a top view cross section of the magnetic field strength as it penetrates the surface of the magnet. The outer margins of the red areas mark the rim of the ring magnet. The lower part is a vector plot of the magnetic field in the y,z–plane. These simulations have been performed by A. Haberer.
D Tripod ECDL Fig. D.1: Schematic of the developed tripod ECDL: The employed piezo electric transducers (PZT X,Y and Z) offer an upstroke of 30 µm. A mode–hop free frequency tuning of up 89 GHz is achieveable with a 1086 nm laser diode [210].
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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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5.2 Vapor Cell I: 270 mT 103 Fig. 5
Page 115 and 116: 5.2 Vapor Cell I: 270 mT 105 which
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 and 164: B Manufacturing process of Rb Vapor
Page 165: C Magnetic Field Strengths of the E
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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