Jumping frequency

In this paper, we apply these theoretical results to interstitial FeSi and FeH in the interval of interstitial atom concentration from 0 to 5%, the interval of temperature from 100 to 1000K and the interval of pressure from 0 to 70GPa. Our calculated results are in good agreement with experiments or predict the experimental results.

9p vijichoo2711 04-06-2021 13 1   Download

We build the theory of diffusion for FCC binary interstitial alloy under pressure based on the statistical moment method, where there are the analytic expressions of the jumping frequency of interstitial atom, the effective jumping length, the correlation factor, the diffusion coefficient, and the activated energy. In limit cases, we can obtain the diffusion theory for FCC metal A under pressure.

6p tamynhan5 10-12-2020 5 1   Download

Herein, we analyse by experimental techniques the human kicking thrust and measure the effect of a warm-up routine that includes post-activation potentiation (PAP) sets on front-crawl flutter kick thrust, kinematics, and performance. Sixteen male competitive swimmers with 22.13 ± 3.84 years of age were randomly assigned in a crossover manner to undergo a standard warm-up (non-PAP; control condition) and a warm-up that included PAP sets (PAP; experimental condition) consisting in 2 5 repetitions of unloaded countermovement jump.

6p trinhthamhodang1 14-11-2019 29 0   Download

Driven by the necessity to incorporate the observed stylized features of asset prices, continuous-time stochastic modeling has taken a predominant role in the financial literature over the past two decades. Most of the proposed models are particular cases of a stochastic volatility component driven by a Wiener process superposed with a pure-jump component accounting for the

0p baobinh1311 25-09-2012 62 8   Download