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  • Pulsed NMR
    The pulsed NMR also called Time domain NMR, the short name is TD NMR. It uses physical methods to display abstract theories using multimedia, allowing us to see the imaging effects intuitively and help us quickly understand the imaging principles of NMR.
  • Pulsed NMR Technology
    the same nuclei with different chemical environments in the sample in a pulsed manner (a pulse simultaneously contains a certain range of electromagnetic radiation of various frequencies). The NMR occurs, and the NMR signal is received at the same time.
  • What is Pulsed NMR Technology?
    the same nuclei with different chemical environments in the sample in a pulsed manner (a pulse simultaneously contains a certain range of electromagnetic radiation of various frequencies). The NMR occurs, and the NMR signal is received at the same time.
  • Real-time control of polarization in ultra-short pulse laser micro-processing
    The use of a fast-response, transmissive, ferroelectric liquid-crystal device for real-time control of the polarization direction of a femtosecond laser beam, and the benefits on various aspects of ultra-short pulse micro-processing, are discussed.
  • NIUMAG Pulsed NMR and MRI
    The pulsed MRI also called Time domain NMR, the short name is TD NMR, it uses physical methods to display abstract theories using multimedia, allowing us to see the imaging effects intuitively and help us quickly understand the imaging principles of NMR.
  • Pulse Traveling Wave Tube Amplifiers
    AR RF/Microwave Instrumentation's pulse traveling wave tube amplifiers (TWTAs) offer a cost-effective source of high RF power for applications in which only a low to moderate RF duty cycle is required, i.e., where the RF power is on for only a small percentage of the time. A typical application
  • Accurate ESD Pulse Testing Using Oscilloscopes
    This application brief discusses the recommended methods and best practices for testing ESD (electrostatic discharge) pulses using real-time oscilloscopes.
  • Active Harmonic Filters vs. 18-Pulse Drives
    The following document will provide a comparison of 18-pulse drives with the use of 6-pulse drives combined with an active harmonic filter. However before we can compare these two systems we need to take time to give an overview how both of these different solutions work and can aid a facility

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  • Springer Handbook of Lasers and Optics
    Intensity of incident XUV pulse Time .
  • Springer Handbook of Lasers and Optics
    Because pulse timing does not have to be externally controlled there is usually no need for synchronization electronics, making pas- sive schemes conceptually simpler compared to active schemes.
  • Ultrafast Phenomena XV
    Signals may be selected by specifying pulse timings , pulse spectral content, and/or signal phase dependence, all of which may influence inter- or intramolecular dynamics in gas or condensed phase systems, thereby suppressing or highlighting selected microscopic processes.
  • Ultrafast Phenomena XIV
    The WP interferometry is viewed as the coherent interaction of two WP's formed by each of the optical double pulses ( time -domain picture), or as the interference of the two optical pulses filtered by the atomic or molecular transitions (frequency-domain picture).
  • FEMTOCHEMISTRY: ULTRAFAST DYNAMICS OF THE CHEMICAL BOND (IN 2 VOLUMES) - VOLUME 1
    2) Yield Control: Switch by Pulse Timing (E) Nonreactive Systems: Coherence and Structure (2) Bound ICI Wave Packet and the Potential .
  • http://dspace.mit.edu/bitstream/handle/1721.1/4951/RLE-TR-092-14239024.pdf?sequence=1
    The peak signal to which the noise values are referred corresponds to maxi=m pulse time shift permitted by the coincidence detector, that is, .
  • Laser Spectroscopy 2
    The advantage of pulsed lasers is the large photon flux during the pulse time T , which allows the ionization of the excited molecules before they decay by relaxation into lower levels where they are lost for further ionization.
  • Analysis and Control of Ultrafast Photoinduced Reactions
    This demonstrates the significance of pulse time elongation and phase modulation for molecular wave packet dynamics leading to an enhanced variability in the ionization path.