Sentence examples for solid state probe from inspiring English sources

The 51V magic angle spinning nuclear magnetic resonance (MAS NMR) spectra were recorded at 600 MHz on a Bruker Avance III 600 NMR Spectrometer fitted with a Bruker Solid State Probe.

For this field application solid state probes were designed and used in electrochemical impedance spectroscopy (EIS) and electrochemical noise measurement (ENM) to evaluate the level of corrosion protection afforded by the paint coating.

Special solid-state probes were designed to satisfy this requirements.

In this work we describe the development of a magic angle spinning (MAS) solid state NMR probe utilizing a dual resonator.

We have found that resonating the high frequency channel in a double-ended or "balanced" mode can alleviate this field offset problem, and have implemented this in a three-channel solid state NMR probe of our own design.

A Doty XC4 H/F/X triple resonance 600 MHz solid state NMR probe was used.

We present a new, efficient strategy for designing fully balanced transmission line RF circuits for solid state NMR probes based on back propagation of common impedance nodes (BPCIN).

Transmission line-based multi-channel solid state NMR probes have many advantages regarding the cost of construction, number of RF-channels, and achievable RF-power levels.

We have used solid state NMR to probe cation dynamics on the timescales relevant to spatial diffusional motion of Li+, Na+, Rb+ and Cs+ in these nanocomposites.

Here, the efficient design of multi-channel solid state MAS-NMR probes employing transmission line theory and modern techniques of electrical engineering is presented.

Solid state properties were probed by off-line DRS over a temperature range from −50 to 180 °C in a frequency range from 10−3 to 106 Hz.