Principles of Technology
... a. The stability of a nucleus is tied to the existence of two nuclear forces. b. These forces, called the strong and weak interactions, are much more powerful at the very small distances present within the nucleus than are gravitational or electromagnetic forces. c. At larger distances, however, the ...
... a. The stability of a nucleus is tied to the existence of two nuclear forces. b. These forces, called the strong and weak interactions, are much more powerful at the very small distances present within the nucleus than are gravitational or electromagnetic forces. c. At larger distances, however, the ...
Liquid State NMR Quantum Computing
... rotations in the proper way.8 – 10 In summary, spin-1/2 nuclei in a molecule can serve as bits in a computer, while pulses and delay times provide universal logic gates. ...
... rotations in the proper way.8 – 10 In summary, spin-1/2 nuclei in a molecule can serve as bits in a computer, while pulses and delay times provide universal logic gates. ...
An Optical Pulse Generator from a Sinusoidal Optical Signal Using
... varied around the fRES = 103 MHz. The latter is calculated from (1) using L1 = 401.0 cm, L2 = 597.5 cm and neff = 1.46. An integer number of analogue cycles should match with L1 and L2 simultaneously. A simple calculation leads to fRES1 = 103 MHz, fRES2 = 1.03 GHz and so on, remembering that an inte ...
... varied around the fRES = 103 MHz. The latter is calculated from (1) using L1 = 401.0 cm, L2 = 597.5 cm and neff = 1.46. An integer number of analogue cycles should match with L1 and L2 simultaneously. A simple calculation leads to fRES1 = 103 MHz, fRES2 = 1.03 GHz and so on, remembering that an inte ...
Hyperbolic Secant Squared Pulse Shape
... The dependence of the refractive index on wavelength has two effects on a pulse, one in space and the other in time. Dispersion disperses a pulse in space (angle): “Angular dispersion” ...
... The dependence of the refractive index on wavelength has two effects on a pulse, one in space and the other in time. Dispersion disperses a pulse in space (angle): “Angular dispersion” ...
Matter-Wave Metrology as a Complementary Tool for Mass
... employed as a complementary tool for mass spectroscopy where fragmentation might occur in either the source or the ionization process. Our method is based on the fact that the molecular polarizability is often a good indicator of the number of constituents in the molecule. The interference fringe co ...
... employed as a complementary tool for mass spectroscopy where fragmentation might occur in either the source or the ionization process. Our method is based on the fact that the molecular polarizability is often a good indicator of the number of constituents in the molecule. The interference fringe co ...
Title Goes Here
... spectra. We should notice that the inhomogeneous broadening is small (0.9 meV) and the temperature is low (5-8 K), which are favorable conditions for strong FES effects. Even under these conditions, the FES effect was found to be weak. This indicates that the strength of FES effects are governed by ...
... spectra. We should notice that the inhomogeneous broadening is small (0.9 meV) and the temperature is low (5-8 K), which are favorable conditions for strong FES effects. Even under these conditions, the FES effect was found to be weak. This indicates that the strength of FES effects are governed by ...
440400 - IDEALS @ Illinois
... “....Electrostatics is dominant in strong hydrogen bonds, where it contributes 60-70 per cent of the attractive terms. In weak hydrogen bonds, the relative contribution of electrostatics is smaller, and in the weakest C-H..O bonds,....., the electrostatic term can be of the same magnitude or even sm ...
... “....Electrostatics is dominant in strong hydrogen bonds, where it contributes 60-70 per cent of the attractive terms. In weak hydrogen bonds, the relative contribution of electrostatics is smaller, and in the weakest C-H..O bonds,....., the electrostatic term can be of the same magnitude or even sm ...
