Based on the theoretical analysis and calculation, a series of underwater experiments were carried out to test the performance of the novel spherical underwater robot; these experiments included surge sway motion test, yaw motion test, heave motion test, and anti-interference test.
Through the corresponding processing and calculation, a series of polarimetric measurements such as horizontal reflectivity, vertical reflectivity, differential reflectivity factor, differential propagation phase change, differential propagation phase constant, and co-polar correlation coefficient can be obtained.
Based on the results of thermochemical calculations, a series of coating deposition experiments were undertaken, which confirmed that codeposition of Al and Hf is possible at 1100 °C in packs of appropriate compositions.
These variables allowed the calculation of a series of discharge counts, health utilization indices, and health utilization rates.
GenAlEx offers the calculation of a series of Shannon indices, including the mutual information index SHUA, an alternative estimator of population structure.
The purpose of this paper is to highlight the performance of force field calculations of a series of amino acids with the ab initio calculations.
For decades, they've been built to perform calculations in a series of steps, while shuttling data between memory storage areas and processors.
The confirmation was obtained by combining the first-principle calculations with a series of experiments: Selected Area Electron Diffraction, High Resolution Transmission Electron Microscopy, Raman, Gracing Incident X-ray Diffraction and X-ray Photoelectron Spectroscopy.
Semi-empirical (ZINDO-SOS), time-dependent density functional theory and ab initio quadratic response function (DDRPA) calculations on a series of donor acceptor substituted salen-type Schiff bases are used to aid in the design of dyes with useful optical nonlinearities (molecular quadratic hyperpolarizabilities βvec).
Calculations for a series of critical configurations of RC chimneys, with FRP liner geometries within the practical design limits detailed in this paper, show that the post-fire structural capacity of the chimneys would not lead to catastrophic failures especially because the chimney is not expected to see other high design lateral loads such as wind or earthquake simultaneously.
By adjusting the structural parameters and calculation step automatically, a series output of the bistable system can be got, and an ApEn distance matrix can be constructed.
