The results show that the bulk average density by electric resistance sintering is higher than that by median frequency sintering.
研究结果表明，电阻烧结坯整体平均密度要高于中频烧结坯密度。
Experiment was discovered: the impurity of the alloy billet produced by direct resistance sintering was lower, than by activated sintering and medium-frequency induction sintering.
试验发现：垂熔烧结可获得较低杂质含量的合金坯料，活化烧结和中频感应烧结获得的坯料杂质含量较高。
Sintering, cooling high-voltage motors used starting current impact of small, smooth transition of liquid resistance buck starter.
烧结，冷却高压电机采用起动电流冲击小，过渡平稳的液态电阻降压起动。
The strength of the coated diamond, the bonding force with the metallic matrix, heat resistance (sintering temperature of diamond bits) and conductance are all improved.
覆层后的金刚石强度、与金属胎体的结合力和抗温(烧结钻头时的温度)性能，以及导电性等有明显的提高。
Sintering as a whole offers resistance against friction, pressure and corrosion, with long service life.
整体烧结，耐磨耐压耐腐，使用寿命长。
Changes of microstructure of the thick film platinum resistance paste during drying and sintering were studied by SEM. The main factors influencing tightness of the sintered membrane were discussed.
通过扫描电镜分析，研究了厚膜铂电阻浆料在烘干、烧结过程中微观结构的变化，讨论了烧结过程中对膜层致密度的影响因素。
The result shows that adding alumina in the materials can promote its sintering properties, and improve its penetration resistance meanwhile don't effect to its corrosion resistance.
结果表明，添加高铝矾土能增强干式料的烧结性能，同时在不降低干式料抗熔渣侵蚀性的情况下提高了干式料的抗熔渣渗透性。
Effective sintering AIDS not only can improve microstructure but also can enhance performances of elevated temperature and oxidation resistance.
有效的烧结助剂不但可以改善氮化硅陶瓷的显微结构，而且可以提高氮化硅陶瓷的高温性能和抗氧化性能。
The cement has advantages of low sintering temperature, fast coagulation time, high initial and later strength and good corrosion resistance.
该水泥烧成温度低、凝结时间快、早期和后期强度都高、耐侵蚀性能好。
Theproduced sintering brick has temperature preservation and heat insulation, shock and compression resistance, no distortion and high yield, is suitable to industrial large-scale production.
获得的烧结砖保温隔热，抗震抗压，无哑声，成品率高，适合工业大生产。
Microstructure determined by both sintering temperature and high temperature holding time would influence acid corrosion resistance.
研究表明陶瓷烧结温度和保温时间均对陶瓷的显微结构有影响，进而影响陶瓷的耐酸腐蚀性能。
With the increase of the sintering temperature, the adhesion force of Ni electrodes enhances, and the square resistance decreases.
结果表明，随着烧结温度的增加，镍电极附着力逐渐增大， 方阻逐渐下降；
With the increase of the sintering temperature, the adhesion force of Ni electrodes enhances, and the square resistance decreases.
结果表明，随着烧结温度的增加，镍电极附着力逐渐增大， 方阻逐渐下降；
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