2005Chemical engineerRequires access

Determination of the particle size and distribution of Ni(OH)_2 nanoparticle by TEM

Zhang Jian-ping

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Abstract

In kinds of dispersion condition the particle size and distribution of particle size of Ni(OH)_2 nano particle was measured on the ultrasonic vibration and added some dispersant by TEM. Then we analyze the results from the experiment and look out the best condition of dispersion. The ethanol is solvent. The OP-10 is best dispersant. The mean size and distribution of Ni(OH)_2 Nanoparticle is 37.6nm,30~40nm respectively.

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What this paper is about

In kinds of dispersion condition the particle size and distribution of particle size of Ni(OH)_2 nano particle was measured on the ultrasonic vibration and added some dispersant by TEM. Then we analyze the results from the experiment and look out the best condition of dispersion. The ethanol is solvent. The OP-10 is best dispersant. The mean size and distribution of Ni(OH)_2 Nanoparticle is 37.6nm,30~40nm respectively.

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Available abstract

In kinds of dispersion condition the particle size and distribution of particle size of Ni(OH)_2 nano particle was measured on the ultrasonic vibration and added some dispersant by TEM. Then we analyze the results from the experiment and look out the best condition of dispersion. The ethanol is solvent. The OP-10 is best dispersant. The mean size and distribution of Ni(OH)_2 Nanoparticle is 37.6nm,30~40nm respectively.

Key concepts: Dispersant, Dispersion (optics), Particle size, Particle-size distribution, Nanoparticle, Materials science, Solvent, Particle (ecology)

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