Shock hugoniot of porous nanosized nickel
WebThe shock Hugoniot describes the locus of all possible thermodynamic states a material can exist in behind a shock, projected onto a two dimensional state-state plane. It is … Webshock compression of porous nickel samples from powders with an average particle size of about 50nm. II. MATERIALS Nanosized nickel particles (nNi) were synthesized via the …
Shock hugoniot of porous nanosized nickel
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Web23 Mar 2024 · The structure of shock waves in pressed porous samples of nickel nanoparticles was investigated in a series of uniaxial planar plate impact experiments in … WebM. L. Kuskov's 40 research works with 217 citations and 4,314 reads, including: Shock Hugoniot of porous nanosized nickel
Web11 Apr 2015 · This volume is a compendium of the data they have accumulated from over 5000 experiments.II. SHOCK-WAVE PARAMETERS. Determining the Hugoniot locus of a substance requires no direct measurements of the thermodynamic parameters, pressure (P), specific volume (V), density (p), and specific internal energy (E), behind the shock front. Web1 Jan 1984 · This greatly simplifies the determination of the shock energy deposited in the powder compact because the detailed crush-up relationship need not be known; the Hugoniot is fixed by the equation of state of the solid and …
WebThe shock velocity for a porous material is found by isolating in Eq. 4.1 and Eq. 4.41 and equating them, whilst utilizing Eq. 4.2 for the pressure P2. Using the obtained shock pressure and Eq. 4.5, the Hugoniot pressure can be calculated ( Lavoie et al., 2007 ). WebThe shock compression of porous nickel from nanosized particles nNi was studied at a pressure range of 4-61 GPa. The average size of the nNi particles was 50 nm, and the …
WebAlthough the Hugoniot p-V curve calculated by the MD simulations is slightly higher than the experimental data, its trend is overall in good comparison, considering that the experimental data is obtained from polycrystalline Ni sample containing many internal defects.
Web7 Mar 2007 · The microkinetic energy produced at the shock front is estimated by using an idea developed earlier for turbulent shocks in compressible fluids. The relaxation zone between the shocked state and the equilibrium state is integrated over a thermodynamic path a justification of which is provided. netflix headquarters hollywoodWebThe shock compression of porous nickel from nanosized particles nNi was studied at a pressure range of 4–61 GPa. The average size of the nNi particles was 50 nm, and the … it\u0027s what\u0027s for dinner adWeb29 Nov 2024 · The structure of shock waves in pressed porous samples of nickel nanoparticles was investigated in a series of uniaxial planar plate impact experiments in the pressure range of 1.6–7.1 GPa. The initial porosity of the samples was about 50%. Wave … it\\u0027s what is on the inside that countsWeb3 Oct 2024 · Abstract The literature data on shock compression of compact and porous samples of a number of metals (copper, tin, lead, bismuth, iron, and nickel) and the use of these data in calculations of interparticle potentials in the embedded atom model (EAM) were considered. The Hugoniot shock adiabats of compact metals provide information … netflix headquarters laWebThis shock Hugoniot was used to explore the shocked state of 4 samples of iron powder derived from commercially available material. The purpose of this study was to … it\u0027s what is on the inside that countsWebStanley P. Marsh has collected data on the single-shocked state (the Hugoniot locus) of many materials in the 10- to 50-GPa pressure range, and they are being published by the University of California Press. The collection is titled “LASL Shock Hugoniot Data.” The data also are available from tape, photostore, and Common File System files. netflix head of ad salesWebDownload scientific diagram Hugoniots of the mixtures in the p-V coordinates: curve 1 refers to the mixture with nanoparticles, curve 2 refers to the mixture with microparticles, … netflix head of content