Keywords: طیف سنجی رگولاتور حفره; Optical trapping and manipulation; Single particle; Optical forces; Photophoretic trapping; Light scattering; Cavity ringdown spectroscopy; Raman spectroscopy;
مقالات ISI طیف سنجی رگولاتور حفره (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: طیف سنجی رگولاتور حفره; Electron impact excitation cross-section; Cavity ringdown spectroscopy; Plasma; Absorption
Keywords: طیف سنجی رگولاتور حفره; Methane; Cavity ringdown spectroscopy; Deepwater Horizon; Orca Basin; Gulf of Mexico; Headspace equilibration
Plant manipulations and diel cycle measurements test drivers of carbon dioxide and methane fluxes in a Phragmites australis-invaded coastal marsh
Keywords: طیف سنجی رگولاتور حفره; Carbon dioxide; Methane; Phragmites australis; Salt marsh; Cavity ringdown spectroscopy; Diel patterns;
Analysis of signal-to-noise ratio of δ13C-CO2 measurements at carbon capture, utilization and storage injection sites
Keywords: طیف سنجی رگولاتور حفره; Cavity ringdown spectroscopy; Stable isotope; Carbon capture; Utilization and storage; Enhanced oil recovery; Signal-to-noise ratio;
A simple single-mode fiber loss measurement scheme in the C-band based on fiber loop-cavity ringdown spectroscopy
Keywords: طیف سنجی رگولاتور حفره; Fiber loop; Cavity ringdown spectroscopy; Ringdown time; Macrobend loss; Pulsed laser
Production of metastable 23S1 helium in a laser produced plasma at low pressures
Keywords: طیف سنجی رگولاتور حفره; Helium metastable; Helium excitation; Laser produced plasma; Cavity ringdown spectroscopy; Laser ablation
Kinetics for the reactions of phenyl with methanol and ethanol: Comparison of theory and experiment
Keywords: طیف سنجی رگولاتور حفره; Phenyl; Methanol; Ethanol; Pulsed-laser photolysis/mass-spectrometry; Cavity ringdown spectroscopy
Plasma-cavity ringdown spectroscopy for analytical measurement: Progress and prospectives
Keywords: طیف سنجی رگولاتور حفره; Cavity ringdown spectroscopy; Absorption technique; Plasma source; Elemental measurement; Isotopic measurement
Expansion and backscattering of laser produced Fe plasma plume
Keywords: طیف سنجی رگولاتور حفره; Backscattering; Laser produced plasma; Cavity ringdown spectroscopy; Iron
Temperature and pressure effects on formation and decomposition of phenylvinylperoxy radicals in the C6H5C2H2Â +Â O2 reaction
Keywords: طیف سنجی رگولاتور حفره; Phenylvinyl; Phenylvinylperoxy; Cavity ringdown spectroscopy; Oxygen;
Cavity ringdown spectroscopy of collinear dual-pulse laser plasmas in vacuum
Keywords: طیف سنجی رگولاتور حفره; Dual-pulse laser ablation; Cavity ringdown spectroscopy; Laser-induced breakdown spectroscopy; Laser-induced plasma; Titanium;
Spatial and temporal probing of a laser-induced plasma plume by cavity ringdown spectroscopy
Keywords: طیف سنجی رگولاتور حفره; Absorption line profiles; Cavity ringdown spectroscopy; Laser-induced plasma; Titanium
Near infrared second overtone cw-cavity ringdown spectroscopy of D2H+ ions
Keywords: طیف سنجی رگولاتور حفره; D2H+; Cavity ringdown spectroscopy; Second overtone; Hydrogen plasma; Deuterium plasma
Fourier transform and high sensitivity cw-cavity ringdown absorption spectroscopies of ozone in the 6030–6130 cm−1 region. First observation and analysis of the 3ν1+3ν3 and 2ν2+5ν3 bands
Keywords: طیف سنجی رگولاتور حفره; Ozone, 16O3; Fourier transform spectroscopy; Cavity ringdown spectroscopy; Effective Hamiltonian modelSIGMA, Wavenumber of the transition in cm−1; INT, Line intensity in cm−1/(mol cm−2) at 296 K; E, Lower energy level in cm−1; VIB′, Vibrational quantum nu
Bending loss measurement using a fiber cavity ringdown scheme
Keywords: طیف سنجی رگولاتور حفره; Cavity ringdown spectroscopy; Silica-based single-mode fibers; Fiber bending losses;