Sentence examples for mt using an from inspiring English sources

Stepwise alternating field demagnetization (AFD) was performed in 2.5- to 10-mT increments up to 80 mT using an AF demagnetizer with a set of static 3-axis AF coils installed on the magnetometer.

All samples were demagnetized stepwise: alternating field demagnetization (AFD) was performed to a maximum field of 80 mT using an in-line AFD system of the pass-through SRM and thermal demagnetization (ThD) was performed in air to a maximum temperature of 600 °C using a Natsuhara TDS-1 thermal demagnetizer.

Because NRMs of the two samples were already demagnetized by AF of 20 mT in Nakajima et al. (1974), for a one set of the specimens, IRMs of 2.5 T were imparted by a pulse magnetizer (MMPM10, Magnetic Measurements, Lancashire, UK) and subsequently demagnetized at 20 mT using an AF demagnetizer (DEM-95, Natsuhara Giken).

A survey was conducted among Dutch physiotherapists specializing in manual therapy (MT) using a 13-item, self-administered, structured questionnaire.

DNP enhancement was measured at 14.529 mT, using a custom-built scanner operating in a field-cycled mode, for different concentrations, ESR irradiation times and RF power levels.

Six to ten 2.5-cm cylindrical specimens of each sample were alternating-field (AF) demagnetized in 12 steps to 90 mT using a Molspin AF demagnetizer (ASC Scientific, Carlsbad, CA, USA).

Progressive alternating field demagnetization (AFD) with a static 3-axis was performed in 5 mT increments up to 60 mT using a separate AF demagnetizer DEM-8601CC, Natsuhara-Giken, Jandn), and progressive thermal demagnetization (THD) was performed in 50 °C increments up to 600 °C in air using a thermal demagnetizer (TD-48, ASC Scientific, USA).

Pyridine (Py) protons were hyperpolarized to % PH = 0.1 ± 0.02% (average polarization per each proton (five in total) corresponding to an enhancement factor ε ≈ 5000 at 47.5 mT), which was confirmed spectroscopically at 47.5 mT using a reference NMR signal from thermally polarized water in accordance with the referencing scheme previously reported.

In orthogonal sections, K-fiber bundles were defined as collections of 10 or more MTs, using an 80 nm boundary around each MT (105 nm from the MT center).

In this article, we consider a cellular system, where multiple base stations (BSs) cooperate to decode signals coming from mobile terminals (MTs), using a hybrid automatic repeat request error protection mechanism.

Together, these results show that dynein can slide and organize MTs, using a sliding mechanism that differs from that described for other motor proteins.