dispersion technology
2.Research of new synthesis technology of high scale inhibition and dispersion acrylic acid series copolymer
3.In this paper a new technology for the preparation of electrophotographic color toner by suspension polymerization is described. The effects of dispersion equipment,dispersion process parameter and concentration of dispersant on the particle size were discussed.
4.The dispersion characteristics of a silver metal clad organics polymer (DR 1/PMMA) waveguide are experimentaly studied by the angle scanning ATR technology. The mode propagation constants of the waveguide are deteminated from the positions and the half width of the ATR resonant absorption dip, and the experimental results are consistent with the theoretical calculated values.
5.According to the scope of application of different users,through the different production processes and scientific formulas, using nanometer technology packages modified activated surface treatment. we dealt with by the far-infrared high-purity anion-additives, dispersion, mobility, hydrophilic and hydrophobic solution.
6.This paper introduces a kind of technology, by which a new type of polarization delay structure is used to manufacture narrow-channel-interval interleavers, which arc characteristic of small in insertion loss, polarization dependent loss and polarization mode dispersion, and easy in assembly.
7.Chirped fiber grating made of photosensitive polarization maintaining fiber was fabricated through the equivalent chirp technology, which was used as time delay line of PMD compensator. The experimental study of adaptive polarization mode dispersion (PMD) compensation in the 10 Gbit/s nonreturn-to-zero(NRZ) transmission system was reported.
8.A road traffic noise analysis method and system is introduced, based on the technology of SDTM (synthetic digital terrain model) and line source equivalent substitution and dispersion of stochastic vehicle flow. A geometric design and optimization method of road noise barriers based on the system is proposed in detail. With this method, we can approximately simulate the influences of various environmental conditions, such as buildings, topographic, vegetable covers, and so on.
