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Helium Neon Laser 20W Max Output Class III b Laser Product | ![]() |
0 Bid | US $15.00 | 3h 3m |
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Iii Laser Helium

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Helium Neon Laser 20W Max Output Class III b Laser Product | ![]() |
0 Bid | US $15.00 | 3h 3m |
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Helium Neon Laser 20W Max Output Class III b Laser Product | ![]() |
0 Bid | US $15.00 | 3h 3m |
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Helium $9.99 Helium |
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Spectroscopic Studies in Solid Helium $218.86 First implantations of Ba and Cs atoms into solid He by means of laser ablation were done in 1993 at MPQ (Max Planck Institut fr Quantenoptik). Solid He is very well suited for high precision spin physics. The implanted atoms diffuse only very slowly out of the investigation region (few hours) in contrast to superfluid He (less than one second). Atoms in solid He are mainly lost due to dimer and cluster formation. A constant number of foreign atoms can be obtained by applying pulses from the same Nd:YAG laser used for the ablation process, thereby destroying the clusters. Longitudinal spin relaxation times of 1 second for Cs in solid He and magnetic resonance linewidths of 2,kHz (two orders of magnitude smaller than in superfluid He) were measured. The lines were broadened by residual magnetic fields and later, linewidths of only 20,Hz were obtained after reduction of magnetic field inhomogeneities. Doped solid He is such a complex and unique system that it has led to many interesting discoveries, some of them are discussed in detail in this work. Author: Hofer, Adrian Binding Type: Paperback Number of Pages: 128 Publication Date: 2009/09/17 Language: English Dimensions: 6.00 x 9.00 x 0.27 inches |
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Helium II $184.99 Tamara Wright Helium II - Framed Art Print |
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III $10.49 III |
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A precision measurement of the 1s2s 1S0 - 1s2p 3P1 interval in helium-like silicon using fast-beam laser spectroscopy. |
DescriptionIn this dissertation, we present a precision measurement of the 1 s2s 1S0 -- 1 s2p 3P1 intercombination interval in the moderate-Z helium-like ion, 28Si 12+, using a fast-beam laser resonance technique... |
Siemens Laser LGK-7626 Helium-Neon Laser Head (~50mW)






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