Synthesis, structure and magnetic susceptibility of ammonium hexaiodorhenate(IV) A K
... 3.8 B.M., compared to 3.87 B.M. for the spin-only moment of three unpaired electrons in the 5d shell. However, the magnetic moment of 3.87 B.M. should not be observed because of a relatively strong spin-orbit coupling exhibited by 5d transition ions. Rhenium salts with antiferromagnetic superexchang ...
... 3.8 B.M., compared to 3.87 B.M. for the spin-only moment of three unpaired electrons in the 5d shell. However, the magnetic moment of 3.87 B.M. should not be observed because of a relatively strong spin-orbit coupling exhibited by 5d transition ions. Rhenium salts with antiferromagnetic superexchang ...
Frequency doubling with KNbO3 in an external cavity
... varying d degrades for P, 2 1.0 W; operation near the left-hand edge of stability in Fig. 3 becomes too precarious for large AT(O). In summary, we have reported an investigation of frequency doubling with KNbO3 in an external resonator driven by the light from a single-frequency Ti:A12 03 laser. An ...
... varying d degrades for P, 2 1.0 W; operation near the left-hand edge of stability in Fig. 3 becomes too precarious for large AT(O). In summary, we have reported an investigation of frequency doubling with KNbO3 in an external resonator driven by the light from a single-frequency Ti:A12 03 laser. An ...
Homebrew Piezoelectric Crystal
... The process of “poling” exposes ceramic material to a high-intensity electric field which aligns the the electric dipoles and causes the ceramic to become piezoelectric Unfortunately the process tends to reverse itself overtime until it exponentially reaches a steady state ( loses some of its piezoe ...
... The process of “poling” exposes ceramic material to a high-intensity electric field which aligns the the electric dipoles and causes the ceramic to become piezoelectric Unfortunately the process tends to reverse itself overtime until it exponentially reaches a steady state ( loses some of its piezoe ...
15 2.1 Introduction: This chapter discuss briefly about the EPR
... method, where as the other one is doping method which is used in our work. The irradiation method is to produce the paramagnetic centres in a diamagnetic lattice. The common method of attaining this is radiation damage using UV, X- ray or -rays. This technique may be employed in pure host lattice or ...
... method, where as the other one is doping method which is used in our work. The irradiation method is to produce the paramagnetic centres in a diamagnetic lattice. The common method of attaining this is radiation damage using UV, X- ray or -rays. This technique may be employed in pure host lattice or ...
Mineral Identification
... These minerals are the source of many metals we use today. They are often found where metallic ores have been oxidized or rusted. These minerals must be refined to separate the metal from the oxygen, however it is far easier and far less polluting to refine oxides than sulfides. Oxides can be sub-me ...
... These minerals are the source of many metals we use today. They are often found where metallic ores have been oxidized or rusted. These minerals must be refined to separate the metal from the oxygen, however it is far easier and far less polluting to refine oxides than sulfides. Oxides can be sub-me ...
Poster containing the research description and results
... (SQUID) magnetometry is a highly sensitive probe of magnetism that is used to determine the diamagnetic signal of superconducting samples as a function of temperature. This is used to detect the sensitive magnetic fluctuations within the given materials in order to determine their magnetization as a ...
... (SQUID) magnetometry is a highly sensitive probe of magnetism that is used to determine the diamagnetic signal of superconducting samples as a function of temperature. This is used to detect the sensitive magnetic fluctuations within the given materials in order to determine their magnetization as a ...