烧结的

The results have shown that the high activity of the lime is favorable for the formation of fine acicular and acicular structure calcium ferrite.

研究了石灰活性对烧结矿中铁酸钙的结晶形态及数量的影响。

Effects of the specific surface area of AlN powders on the sintering behaviors of AlN-BN composite ceramics were studied.

AlN粉末的比表面积对AlN-BN复合陶瓷的烧结行为有重要影响。

But the question is: AlN / BN composite ceramic sintering very difficult.

但目前存在的问题是：AlN/BN复相陶瓷的烧结非常困难。

The optimum conditions for preparing TiO_2 are as follows, pH value=1, n(C_2H_5OH)/n(TiBuO_4)=15, n(H_2O)/n(TiBuO_4)=3, calefactive speed 10℃/min, sinter temperature 450℃.

3制备高光催化活性的TiO_2的最佳工艺条件为：pH=1，n(C_2H_5OH)／n(TiBuO_4)=15，n(H_2O)／n(TiBuO_4)=3，升温速率10℃／min，烧结温度为450℃。

And the parameters of SPS in this paper are: the synthesized temperature=900~1000 ℃, calefactive time=15min, calefactive rate in first 5 minutes=100℃/min, keeping temperature time=30min, pressure=40MPa.

本试验条件下，制备Ti-HA生物复合材料的最佳工艺参数是：温度在900～1000℃，升温时间15min且开始5min保持每分钟100℃的速率，保温时间30min，烧结加压40MPa。

MWC elements are fully cleanable and reusable with routine cleaning methods.

多层金属烧结网是一种运用表面过滤机理的滤材，所以具有很低的过滤阻力。

The coprecipitate precursor of La0.9Ba0.1Er0.85Mg0.18O3-α solid electrolyte material was prepared by microemulsion method and the dense ceramic sample was obtained by calcining and sintering the precursor.

采用微乳液法合成了La0.9Ba0.1Er0.85Mg0.15O3-α固体电解质材料的共沉淀前躯体，通过初烧和烧结制得致密的La0.9Ba0.1Er0.85Mg0.15O3-α陶瓷样品。

Then the fired kinetics of the ferrite were analyzed to give directions to densify the ferrite under low fired temperature.

然后又从物质迁移的角度探讨了促进 NiCuZn 铁氧体低温烧结和致密化的有效途径。

Density and microstructure of the sintered bodies were investigatied. The main factors which affect the dentification of the composite were disscussed.

对BN-YAlON复合陶瓷进行了热压和无压烧结试验，对烧结体的密度变化和显微结构进行了研究，分析了影响BN基复合陶瓷致密化的主要因素。

The traditional control methods are not suitable for the new situation of desulphuration and reduction of pollution.

烧结工艺排放的SO2量约占钢铁生产的60%，传统上采用低硫原料配入、高烟囱扩散稀释等控制方法，已不能适应脱硫减排新形势。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。