Keywords: لینشاپ; NMR; Susceptibility; Lineshape; Sample tube;
مقالات ISI لینشاپ (ترجمه نشده)
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Collisional-induced broadening and shift parameters of OH with Ar and N2 near 308.6â¯nm, measured at Tâ¯=â¯1300-2000â¯K and Pâ¯=â¯20-100â¯atm
Keywords: لینشاپ; OH; Hydroxyl; Argon; Nitrogen; Q1(5); Q1 branch; A-X (0, 0); Shock tube; Lineshape; High pressure; Collisional broadening; Collisional shift;
Collisional broadening of Kr (4p6S01ââ5p[32]2) transition with combustion species as collision partners
Keywords: لینشاپ; Spectroscopy; Lineshape; Kr-PLIF; Collisional broadening;
Analytical studies on the coherent AC Stark effect of an open λ-type drive-probe system
Keywords: لینشاپ; Lineshape; Coherence; AC Stark effect
The Fano-like lineshape without interference in graphene symmetry-breaking structures
Keywords: لینشاپ; Graphene plasmons; Lineshape; Interference
Simulation of multi-frequency EPR spectra for a distribution of the zero-field splitting
Keywords: لینشاپ; Multi-frequency EPR; Grid-of-errors; Distribution; Lineshape; Zero-field splitting; Fe(III)-EDTA;
Characterization of a tunable three-section slotted Fabry–Perot laser for advanced modulation format optical transmission
Keywords: لینشاپ; Advanced modulation formats; Linewidth; Lineshape; Slotted Fabry–Perot laser
Quantifying the temperature sensitivity of practical spectra using a new spectroscopic quantity: Frequency-dependent lower-state energy
Keywords: لینشاپ; Lower-state energy; Absorption spectroscopy; Temperature; Water; Lineshape;
Chemical-shift referencing and resolution stability in methanol:water gradient LC-NMR
Keywords: لینشاپ; LC-NMR; Referencing; Reference standards; Lineshape; Magnetic susceptibility; Methanol; Water;
A method for improved quantification of 1H NMR signals under low-resolution conditions for solids
Keywords: لینشاپ; Quantification; Phase error; Solid-state NMR; Quantitative NMR; MAS; Lineshape; Phase;
Chemical-shift referencing and resolution stability in gradient LC-NMR (acetonitrile:water)
Keywords: لینشاپ; LC-NMR; Referencing; Reference standards; Lineshape; Magnetic susceptibility;
Effects on 1H and 129Xe NMR spectra of large magnetization created by dissolved laser-polarized xenon
Keywords: لینشاپ; Hyperpolarized xenon; Lineshape; Maser; Distant dipolar field; SPIDER; SPINOEXénon hyperpolarisé; Forme de raie; Maser; Champ dipolaire lointain; SPIDER; SPINOE
MAS NMR spectra of quadrupolar nuclei in disordered solids: The Czjzek model
Keywords: لینشاپ; Solid-state NMR; Quadrupolar nuclei; Amorphous materials; Glass; Gel; Aluminum-27; Lineshape; Electrical field gradient; Disorder;
Instrumental broadening of spectral line profiles due to discrete representation of a continuous physical quantity
Keywords: لینشاپ; 02.30.Mv; 06.20.Dk; 07.05.Kf; Lineshape; Voigt function; Sampling;
Fast computation of Voigt functions via Fourier transforms
Keywords: لینشاپ; Voigt function; Lineshape; Fourier transform; Vector;
Submillimeter measurements of N2 and air broadening of hypochlorous acid
Keywords: لینشاپ; 33.70 Jg; 33.70 -w; 33.20 -t; 33.20 Bx; Hypochlorous acid; Linewidths; Pressure broadening; Atmospheric spectra; Lineshape;
Magnetic field homogeneity: A new approach to orthogonalizing and optimizing shim gradients
Keywords: لینشاپ; Shimming; Field mapping; Lineshape; Orthogonalization;
Infrared spectroscopic studies of the rare gas atom perturbed S1(0) rovibron band of solid parahydrogen
Keywords: لینشاپ; Solid parahydrogen; Rare gas atom; Exciton; Infrared spectroscopy; Lineshape;
1H and 129Xe NMR absorption line shapes in the presence of highly polarized and concentrated xenon solutions in high magnetic field
Keywords: لینشاپ; Hyperpolarized xenon; Distant dipolar field; SPIDER; SPINOE; Lineshape;
Lineshape analysis of the J = 3 â 2 and J = 5 â 4 rotational transitions of room temperature CO broadened by N2, O2, CO2 and noble gases
Keywords: لینشاپ; Molecular relaxation; Collisional broadening; Collisional narrowing; Lineshape; Linewidth; Rotational line; Carbon monoxide; CO;
CO2-broadening coefficients in the ν4 + ν5 band of acetylene
Keywords: لینشاپ; 33.20.Ea; 33.70.Jg; 34.20.Gj; Acetylene; Carbon dioxide; Infrared spectroscopy; Tunable diode-laser; Line broadening; Lineshape;
A model system for investigating lineshape/structure correlations in RNA site-directed spin labeling
Keywords: لینشاپ; RNA; Site-directed spin labeling; Secondary structure; Lineshape; Library
Gradient shimming with spectrum optimisation
Keywords: لینشاپ; Gradient shimming; Field mapping; Spectrum optimisation; Lineshape; Envelope;
Line profile study by diode laser spectroscopy in the 12CH4ν2 + ν4 band
Keywords: لینشاپ; Absolute intensities; Lineshape; Methane; Tunable diode laser; Pressure-broadening; Pressure shifting;
Investigation of the water-vapor continuum in the THz region using a multipass cell
Keywords: لینشاپ; Far-infrared; THz; Water; Vapor; Cell; Lineshape;
Pressure broadening measurement of submillimeter-wave lines of O3
Keywords: لینشاپ; 33.70.Jg; 33.70.âw; 33.20.ât; 33.20.Bx; 07.57.âc; Ozone; Linewidths; Pressure broadening; Temperature dependence; Atmospheric spectra; Lineshape;