Sentence examples for integrated phase from inspiring English sources

The integrated phase noise in-loop and out-of-loop amounts to 180 and 270 mrad, respectively.

This work aims to optimize the design of an air-conditioned multi-zone house integrated phase change materials (PCMs) considering the north Moroccan climate conditions.

In this paper, 2D CFD models have been developed for a prototype refrigerated open type multi-deck display cabinet with and without integrated phase change material (PCM).

We experimentally demonstrate real-time monitoring of a 20 GHz pulse source having an integrated phase noise 0.01 radian by phase locking the initial beat note against a reference RF oscillator.

In 2016, Lim et al. proposed integrated phase FETs, by connecting CuSx-based TS device and "Si–H -based TS device in series to tH -based region of baseline TSansistor [90].

Through collaborations between USCACA, South Texas Accelerated Therapeutics (START), and Fudan Cancer Hospital in Shanghai, China, the first internationally integrated phase I clinical research center in China, START Shanghai, was founded in September 2011, and the first clinical trial began this year.

end{aligned} (25)Note that in spite of the model, the usage of the multi-obstacle potential requires the back projection of the numerically integrated phase-field values onto the Gibbs simplex in Eq. (2).

Another new feature is moving away from understanding the innovation process as a linear sequence towards seeing it as made up of different, integrated phases.

We designed a whole-body DWI 1.5 T MR (Siemens, Erlangen) protocol using exclusively a single-shot spin-echo EPI sequence with acquisition parameters detailed in Ref.. Patients were positioned with five sets of integrated phased-array surface coils installed simultaneously (total imaging matrix system) to cover from head to upper thighs for signal reception.

Conventional reactors and reaction engineering tools that integrate phase behavior (for reactions and separations), catalytic kinetics and multiphase reactor modeling may be applied for the rational development of multiphase reactors using GXLs.

In this paper a novel computer model for predicting the energy demand of buildings integrating phase change materials, photovoltaic-thermal collectors, adjacent sunspaces and innovative daylighting control is presented.