FCCID,ICID简易介绍
Co-sputtered Thin Films Consisting of Cobalt Nano-Grains Embedded in Graphite-like Carbon and Their Magnetic Properties These changes can be related to a change in the magnetocrystalline anisotropy of the cobalt grains due to a difference in the phase and/or size effect... JJ Delaunay,T Hayashi...
However, this stabilization is less strong in the present quaternary alloys, and -by specific heat measurements-we show that this effect can be rationalized by a decrease of the magnetic entropy change when Co is added. The present results and conclusions are important to design new High Entropy...
Just to clarify, should I keep the format that was in the old file (below), but change 181 to 202? Or is there a different way I should format this in Env.txt? JRE64_HOME=C:\Program Files\Java\jre1.8.0_181 JRE_HOME=C:\Program Files (x86)\Java\jre1.8.0_181 Expand Post Like...
Implementation of the strategy gives directions on how to change the operating mentality of the plant operators. The implemented optimization strategy is shown to be able to maintain control of the plant even in the loss of several manipulated variables and in the presence of strong disturbances. ...
However, there is no cross-platform way to run two scripts in parallel, so we will install a package for this: npm install --save npm-run-all Alternatively you may use yarn: yarn add npm-run-all Then we can change start and build scripts to include the CSS preprocessor commands: "...
Cluster structure is investigated as a function of evaporation temperature and molecular weight of the inert gas in the source. An increase in evaporation temperature leads to increasing formation of fcc particles in the beam, without a significant change in particle size. The existence of large ...
The nanowires show ultra-high yield strengths, and the achievable large elastic strains directly influence the dislocation nucleation through the change of the unstable stacking fault energy. In agreement with theory and experiments on face-centered cubic〈110〉nanowires under uniaxial load, the tensile...
1(d)] which changed into a (1 × 1) after termination with atomic H [green square in Fig. 1(e)]. The change in reconstruction confirms that the atomic H had saturated all the Si dangling bonds [25], [26]. The (1 × 1) diffraction pattern, therefore, means that both ...
How did you obtain the ChemID? Did TI create a custom one or did you use GAUGEPARCAL? Note that the latter uses room temperature data to find a matching ChemID - this may not be adequate if there is an *extreme* change in temperature like in your case whe...