1) Taoshui Water
陶水
2) water storage pottery clay
蓄水陶土
1.
Using a new urban rainwater storage material,called water storage pottery clay,as adsorption medium,the effects of adsorption and rejection of rainwater non-point pollutants from the city main trunk in Wuhan and rainwater purification by the water storage pottery clay were investigated.
以新型城市雨水蓄水材料——蓄水陶土作为吸附介质,研究其对武汉城市主干道雨水面源污染物的吸附、截留及净化雨水的效果。
3) ceramic ink
陶瓷墨水
1.
With polyacrylic acid ammonium and polyethylene glycol20000 as dispersant, water as solvent, the dispersion method was chosen to prepare ink-jet printing ZrO_2 ceramic ink.
对喷墨打印成型用纳米ZrO2 陶瓷墨水的分散制备法进行了研究。
2.
It is easy to dry and obtain a homogeneously compacted body by jet printing a non-aqueous microemulsion ceramic ink.
非水反相微乳液体系陶瓷墨水可以在成型后快速干燥,有利于获得均匀、致密堆积的陶瓷坯体,但非水微乳液体系较水性微乳液体系复杂,制备难度大。
3.
Preparation and physicochemical properties of Al_2O_3 ceramic inks based on α-Al_2O_3 was studied in the form of alumina suspension prepared and surface tensions by high-shear dispersing emulsifier.
以纳米α-Al_2O_3为原料,用乳化分散法制备出了分散性、稳定性良好的 Al_2O_3陶瓷墨水,研究了墨水的理化性能。
4) ceramics wastewater
陶瓷废水
5) ceramic water pipes
陶水管
1.
The fabrication technologies in terms of phase composition,structure,firing temperature,porosity,density and water permeability of ceramic water pipes(CWP) and contrastive ceramic tiles(CT)excavated from Anyang Yin Ruins of Shang dynasty were studied by X-ray fluorescence(XRF),X-ray diffraction(XRD) and dilatometer(DIL),respectively.
采用X射线荧光(XRF)、X射线衍射(XRD)、热膨胀(DIL)等分析手段对比研究了安阳商代陶水管的制作工艺,发现陶水管化学成分中各类熔剂的质量分数均略高于对比陶片中熔剂的质量分数,CaO、K2O、MgO等助熔剂与A l2O3的质量比进一步证实该现象,而这种差异性则外在地表现为陶水管的气孔度低于对比陶片以及陶水管热膨胀曲线中出现玻璃化现象,该结果表明陶水管原料应为一种易熔粘土,或者在沉淀粘土中人为地掺和了草木灰类掺和料,这有利于陶水管烧制与成型,有助于熔剂在熔融状态下,较好地进入陶水管中的空隙,使陶水管变得更加致密,一定程度上有利于防止陶水管的渗水,显示出陶水管制作工艺的特殊性。
6) brown soil glazed stoneware pipe
陶瓷水管
补充资料:陶潜(陶渊明)
【陶潜(陶渊明)】
字元亮。居柴桑。与庐山相近。时访远公。远爱其旷达。招之入社。陶性嗜酒。谓许饮即来。远许之。陶入山久山久之。以山无酒。攒眉而去
字元亮。居柴桑。与庐山相近。时访远公。远爱其旷达。招之入社。陶性嗜酒。谓许饮即来。远许之。陶入山久山久之。以山无酒。攒眉而去
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条