Sentence examples for response spectroscopy from inspiring English sources

A novel experimental technique known as non-equilibrium response spectroscopy (NRS) based on ion channel responses to rapidly fluctuating voltage waveforms was recently described (Millonas & Hanck, 1998a).

Polymorphic transformation from the form II to form I crystal was investigated for isotactic polybutene-1 (PB) and butene-1/ethylene copolymers (PBE) with differential scanning calorimetry (DSC) and dielectric response spectroscopy (DRS).

In this description of polarizability response spectroscopy, a two-level system first interacts (twice) with an electronically resonant laser pulse to create ground and excited state wavepackets that evolve until the polarizability spectrum is probed by three off-resonant pulses and a fourth local oscillator probe field.

The photocurrent response spectroscopy was carried out at a constant potential of +0.6 V to the working photoanode.

In humans, the rate of glucose oxidation and the nonoxidative glucose metabolism (primarily reflects glycogen synthesis) in the insulin-stimulated state can be estimated by indirect calorimetry or magnetic response spectroscopy (23, 24).

The dynamics of 2,2-dimethyl-propane (neopentane) sorption was studied by frequency-response (FR) spectroscopy.

Non-invasive monitoring of intra-tumor drug concentration and therapeutic response using optical spectroscopy.

In this work, we investigate the electrical impedance spectroscopy response at various frequencies of laminates chosen to be representative of classical layups employed in composite structures.

The spectroscopy response to gamma ray (an uncollimated 241Am radiative source with the principal energy of 59.5 keV) of the detectors shows that the energy resolution is 14.6% corresponding to FWHM ≈8.69 keV at room temperature.

We analyze the asymptotic behavior of the impedance (or immittance) spectroscopy response of an electrolytic cell in a finite-length situation obtained from the Poisson-Nernst-Planck (PNP) diffusional model and extensions by taking into account different surface effects.

To corroborate our microscopy results, we quantified the calcium response using fluorescent spectroscopy, which allowed us to test a wider range of concentrations of ATP and STC1.