FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1837705199> ?p ?o ?g. }

• W1837705199 endingPage "II" @default.
• W1837705199 startingPage "1" @default.
• W1837705199 abstract "It is now possible to generate laser pulses, with extremely sophisticated phase and amplitude modulation, or to generate complex laser pulse sequences, with well-defined phase relationships, between the pulses. This has been proved useful in a wide range of spectroscopic applications, such as nuclear magnetic resonance (NMR), which has evolved into an extraordinarily important technique for monitoring structure and dynamics and a diagnostic tool of outstanding clinical value and it is now possible to create staggeringly complex excitation sequences. Useful sequences do not require anything approaching state-of-the-art radiofrequency (rf) capabilities; commercially available arbitrary waveform generators (AWGs) can give possible voltage waveform with ≈1 ns rise time, covering the radiofrequency spectrum at one time. The nanosecond switching time of common digital components is far faster than NMR relaxation times, but far slower than optical relaxation times. The most commonly used laser pulse sequences work, because they do not require specific pulse shapes or bandwidths and are unaffected by phase shifting any individual pulse in the sequence. The rapid rise times of ultrafast laser pulses implies a far greater bandwidth than is conceivable at microwave frequencies. With the addition of a laser and a few optical components a commercial NMR spectrometer could shape femtosecond laser pulses. In this chapter, it is shown that this approach has advantages of rapid waveform update rates (100 kHz–1MHz), commercially available components, simplicity (the phase and amplitude modulation is encoded with a single rf pulse), and extremely high resolution pulse shaping (≈1000 independently adjustable amplitudes and phases). A variety of applications in quantum control and optical communications have been discussed in the chapter. The chapter discusses various optical modulation techniques, characterization of shaped laser pulses, effective resolution limits, with acousto-optic pulse shaping, and optimal design for maximum resolution without distortions." @default.
• W1837705199 created "2016-06-24" @default.
• W1837705199 creator A5008445754 @default.
• W1837705199 creator A5013417356 @default.
• W1837705199 creator A5063677927 @default.
• W1837705199 date "1997-01-01" @default.
• W1837705199 modified "2023-10-14" @default.
• W1837705199 title "High-resolution, ultrafast laser pulse shaping and its applications" @default.
• W1837705199 cites W1964522978 @default.
• W1837705199 cites W1971636959 @default.
• W1837705199 cites W1978354571 @default.
• W1837705199 cites W1979493433 @default.
• W1837705199 cites W1981669962 @default.
• W1837705199 cites W1982899472 @default.
• W1837705199 cites W1985182319 @default.
• W1837705199 cites W1987177257 @default.
• W1837705199 cites W1992001371 @default.
• W1837705199 cites W1996385709 @default.
• W1837705199 cites W2004452562 @default.
• W1837705199 cites W2008968130 @default.
• W1837705199 cites W2010092146 @default.
• W1837705199 cites W2011844243 @default.
• W1837705199 cites W2020069716 @default.
• W1837705199 cites W2023404939 @default.
• W1837705199 cites W2028200059 @default.
• W1837705199 cites W2028338357 @default.
• W1837705199 cites W2029406658 @default.
• W1837705199 cites W2031151301 @default.
• W1837705199 cites W2033299890 @default.
• W1837705199 cites W2035532091 @default.
• W1837705199 cites W2039549038 @default.
• W1837705199 cites W2043959147 @default.
• W1837705199 cites W2047370436 @default.
• W1837705199 cites W2048231588 @default.
• W1837705199 cites W2053080181 @default.
• W1837705199 cites W2053751183 @default.
• W1837705199 cites W2063462233 @default.
• W1837705199 cites W2070468868 @default.
• W1837705199 cites W2076262410 @default.
• W1837705199 cites W2078866070 @default.
• W1837705199 cites W2079185602 @default.
• W1837705199 cites W2080652546 @default.
• W1837705199 cites W2084137721 @default.
• W1837705199 cites W2084763116 @default.
• W1837705199 cites W2089972215 @default.
• W1837705199 cites W2091588034 @default.
• W1837705199 cites W2091815645 @default.
• W1837705199 cites W2094136431 @default.
• W1837705199 cites W2095390877 @default.
• W1837705199 cites W2096643161 @default.
• W1837705199 cites W2108066195 @default.
• W1837705199 cites W2123180929 @default.
• W1837705199 cites W2123706803 @default.
• W1837705199 cites W2127829296 @default.
• W1837705199 cites W2128965459 @default.
• W1837705199 cites W2140844159 @default.
• W1837705199 cites W2141871098 @default.
• W1837705199 cites W2143653378 @default.
• W1837705199 cites W2150308641 @default.
• W1837705199 cites W2152354604 @default.
• W1837705199 cites W2154727739 @default.
• W1837705199 cites W2155426072 @default.
• W1837705199 cites W2164000647 @default.
• W1837705199 cites W2164573703 @default.
• W1837705199 cites W2165878107 @default.
• W1837705199 cites W2190275585 @default.
• W1837705199 cites W2491175597 @default.
• W1837705199 doi "https://doi.org/10.1016/s1057-2732(97)80002-2" @default.
• W1837705199 hasPublicationYear "1997" @default.
• W1837705199 type Work @default.
• W1837705199 sameAs 1837705199 @default.
• W1837705199 citedByCount "75" @default.
• W1837705199 countsByYear W18377051992012 @default.
• W1837705199 countsByYear W18377051992014 @default.
• W1837705199 countsByYear W18377051992018 @default.
• W1837705199 countsByYear W18377051992019 @default.
• W1837705199 countsByYear W18377051992022 @default.
• W1837705199 countsByYear W18377051992023 @default.
• W1837705199 crossrefType "book-chapter" @default.
• W1837705199 hasAuthorship W1837705199A5008445754 @default.
• W1837705199 hasAuthorship W1837705199A5013417356 @default.
• W1837705199 hasAuthorship W1837705199A5063677927 @default.
• W1837705199 hasConcept C102755159 @default.
• W1837705199 hasConcept C120665830 @default.
• W1837705199 hasConcept C121332964 @default.
• W1837705199 hasConcept C165801399 @default.
• W1837705199 hasConcept C167735695 @default.
• W1837705199 hasConcept C178596936 @default.
• W1837705199 hasConcept C179549803 @default.
• W1837705199 hasConcept C180205008 @default.
• W1837705199 hasConcept C182155053 @default.
• W1837705199 hasConcept C197424946 @default.
• W1837705199 hasConcept C2780167933 @default.
• W1837705199 hasConcept C44280652 @default.
• W1837705199 hasConcept C46141821 @default.
• W1837705199 hasConcept C520434653 @default.
• W1837705199 hasConcept C62520636 @default.
• W1837705199 hasConcept C94915269 @default.

• next