pillaring ['piləriŋ]

pillaring的基本解释

-

[变形] pillar的现在分词

n.

高炉冷料柱

与pillaring相关的网络例句 [注：此内容来源于网络，仅供参考]

The results indicate that the pillaring process and crystal growing of anatase can be more easily realized by increasing the acid-base ratio of pillaring agents, raising the pillaring temperature and adding proper quantities of alkali. The calcination of Ti-pillared precursor brings the growth of TiO2 grain, at the same time the layer distance is declined. In order to obtain ideal products, the right pillaring conditions are: the acid-base ratio of pillaring agents of 13, pillaring temperature of 65 ℃ and the volume of alkali (2 mol/L) in pillaring liquid of 6 mL.

结果表明：在一定范围内增大柱撑剂酸碱比、提高柱撑温度以及加入适量碱，有利于插层复合反应的进行和锐钛晶型的生长；柱撑前驱物焙烧后TiO2晶粒长大，同时焙烧引起的脱水导致膨润土层间距的下降；为获得较理想的产物，合适的柱化条件为：柱撑剂酸碱比 n n (HNO3)为13、柱撑温度65 ℃和柱撑液加碱量为(2 mol/L NaOH) 6 mL。

The dilute hydrochloric acid concentration, Ti/clay ratio, H/Ti ratio, the pillaring reaction temperature, the aging time of pillaring agent and the initial concentration of clay greatly affect the formation of Ti-PILC.

结果表明，盐酸的浓度、Ti／土比、H／Ti比、交联温度、交联剂老化时间和粘土悬浮液浓度等制备条件对钛交联蒙脱石的物化性能有较大的影响。

The effect of preparation method of Al-pillared montmorillonite agent, montmorillonite suspending concentration, Al-pillared agent dosage, pillaring reacting temperature, pillaring reacting time are investigated, and the best craft condition has been ascertained. Then the capability has compared with the nature montmorillonite.and Al-pillared montmorillonite.

研究探讨了铝交联剂制备方法、蒙脱石悬浊液浓度、铝交联剂的用量、交联反应温度、交联反应时间等各因素对其制备的影响规律，确定了铝交联改性的最佳工艺条件，进行了与天然蒙脱石和改性累托石的性能比较。

与pillaring相关的网络解释 [注：此内容来源于网络，仅供参考]

pillaring：矿柱回采

pillar 柱 | pillaring 矿柱回采 | pillow basalts 枕状玄武岩

pillaring：炉中心冷料柱

pillarface 矿柱工祖 | pillaring 炉中心冷料柱 | pillaringback 后退式回采煤柱

pillaring：冷料柱支柱位置图

pillar 柱 | pillaring 冷料柱支柱位置图 | pillow block 尾轴支撑轴承

pillaring：冷料柱 高炉冷料柱 烟柱 回收矿柱法

pillarhydrant 桩式消防栓 | pillaring 冷料柱 高炉冷料柱 烟柱 回收矿柱法 | pillarinsulator 柱式绝缘子

pillaring back：后退式回采煤柱

pillar thinning 矿柱部分回采 | pillaring back 后退式回采煤柱 | pilot boring 预先钻进