英语释义

1. a hydrous basic silicate (Mg3, Al2)Si4O10(OH)2.H2O of magnesium and aluminum that belongs to the family of clay minerals

片语

Palygorskite Embroidered缕绣

palygorskite crystallinity坡缕石

palygorskite nanometer坡缕石纳米

Palygorskite clay凹凸棒石粘土

attapulgite palygorskite镁铝海泡石

organic palygorskite有机坡缕石

purified palygorskite提纯后坡缕石

modified palygorskite改性坡缕石

fibrous palygorskite纤维状坡缕石

英汉例句

• the main factors for the formation of fibre palygorskite are metallotectonics, wall rock, resource of the elements, and so on.

  纤维状坡缕石成矿作用的主要因素是成矿构造、成矿围巖及成矿物质来源。

• improving the content of bar shape palygorskite and keeping structure stability of manganese nodules would improve the hydrogen storage capacity.

  提高坡缕缟石中棒状晶体结构矿物的含量和保持锰结核高温结构稳定可以进一步提高这些原位复合材料的吸氢能力。

• in this paper, the heat-resistant of modified phenolic resin used in friction material were prepared by in-situ polymerization with guizhou palygorskite nano-materials and the tung oil as modifier.

  本文以贵州坡缕石纳米材料和桐油作为改性剂，采用原位聚合法，制备了用于摩擦材料基体树脂的耐高温改性酚醛树脂。

• there is rich palygorskite ore bed in west region in guizhou province.

  贵州省西部地区蕴藏了大量坡缕石矿床。

• the experimental results showed that the dispersion effects were achieved. the palygorskite nanoparticles surface was modified by silicone coupling agent in wet milling.

  结果表明应用硅烷偶联剂对坡缕石纳米粒子在湿磨中进行修饰的方法，可使其在改性酚醛树脂基体中获得理想的分散效果；

• the micro-image of the single crystal and the aggregate of β style palygorskite under sem and tem releases that it is the typical fibre mineral in nano size with developed crystal-growth defect.

  型坡缕石的sem、tem下单体及集合体显微形貌揭示其为典型的纳米级纤维矿物，且晶体生长缺陷十分发育。

• the adsorption of cationic pink fg and methylene blue onto purified palygorskite is an endothermic processes, and direct acid proof scarlet 4bs is exothermic in nature.

  凹凸棒石对水溶液中的阳离子桃红fg和亚甲基蓝的吸附是一个吸热过程，而对直接耐酸大红4bs的吸附是放热过程。

• wastewater due to acid activation of palygorskite clay has caused serious environmental pollution during the production of fuller's activated earth.

  在利用凹凸棒石生产活性白土过程中，大量形成的凹凸棒石酸活化废液造成了严重的环境问题。

• the deflocculant can be chosen from micanite, bentonite, diatomite, palygorskite clay and the like.

  上述悬浮剂可选用人造云母、膨润土、硅藻土、坡缕石粘土等。

• adsorption of organic vapors by palygorskite and sepiolite was studied with ir spectrometry, xrd analysis and electrophoresis in this article.

  本研究采用红外光谱分析、x射线衍射分析和电泳等方法对坡缕石和海泡石吸附有机气体进行了研究。

• the physicochemical conditions for the forming of palygorskite clays were alkaline and reduction.

  凹凸棒石粘土形成的物理化学条件为偏堿性的还原条件。

• during the reaction, the octahedral dissolution of palygorskite induced heavy metal ions coprecipitation forming mixed double hydroxid precipitation on the surface of palygorskite.

  反应过程中，凹凸棒石八面体阳离子的溶解能诱导重金属共沉淀，在凹凸棒石表面形成双氢氧化物。

• this dissertation studied the activity of manganese oxides catalyst supported by palygorskite catalyst in lower temperatures for selective catalytic reduction of no and its physic-chemical properties.

  本文研究了凹凸棒石负载锰氧化物催化剂的物理化学性能和低温选择性催化还原no性能。

• high amount fertilizer with high dosage palygorskite can increase plant height of radix hedysari and the reed head diameter in the late.

  用量的坡缕石配施氮磷钾复合肥能够增加红芪的株高和后期的芦头径。

• the results showed that manganese oxides are highly dispersed on the surface of the palygorskite support.

  结果表明，催化剂活性组分锰氧化物在凹凸棒石晶体表面高度分散；

• the result of tem showed after the treatment by ultrasonic wave and silicone coupling agent, nano-meter palygorskite powder could disperse uniformly in the complex material.

  tem表明：通过超声波分散和硅烷偶联剂处理，纳米坡缕石粉体在复合材料中分散均匀。

• through xrd and xps analysis, most of dolomite in palygorskite clay were removed in the acid treatment process.

  通过xrd图谱分析，在酸处理过程中，凹凸棒石粘土中大部分白云石组分被去除。

• the kinetics of acid-dissolution of palygorskite purified from palygorskite clay was studied with elements analyzed by spectrophotometry.

  从坡缕石提纯入手，用分光光度法进行元素分析，对坡缕石的酸溶动力学进行研究。

• the preparation technology of ag carried antibacterial agent by using palygorskite as carrier and its major properties were studied.

  研究了以坡缕石为载体，制备载银抗菌剂的实验工艺以及抗菌剂的主要性能。

• it is concluded that there is a deep genetic relation between the forming of palygorskite clay and basalt in space and time.

  根据化学成分对比，分析了玄武巖与凹凸棒石粘土的成因关系，解释了玄武巖对凹凸棒石粘土的时空控制。