斜发沸石

结果表明，改性斜发沸石对重金属离子有较好的吸附性，pH值是影响吸附的主要因素。

The results show that modified clinoptilolite has better adsorbability for heavy metal ions , moreover pH value of solution is the main factor affecting adsorption .

天然沸石用于水产养殖的研究Ⅰ.丝光沸石和斜发沸石对水中NH4~+的吸附

Study on the use , of natural zeolites in aquaculture ⅰ . absorbing nh_4 ~ + in waters with mordenite and clinoptilolite

NH4~+型斜发沸石吸附钾离子

Adsorption of Potassium on NH_4 ~ + - pretreated Clinoptilolite

采用微型盆栽和大田试验，研究了赤城产Ca－K型斜发沸石对盐化土壤有效钾的影响，以及斜发沸石在盐化土壤中的供钾能力和后效。

The effect of Ca-K clinoptilolite on available potassium in salinized soil and its subsequent effect were studied with mini-pot trail and field trail .

活化斜发沸石吸附氟在2h内可以接近达到吸附平衡。

The adsorption equilibrium could reach in 2h .

以NH4~＋&型天然斜发沸石为交换剂从制盐苦卤中回收钾盐可溶性钾资源短缺，钾肥供应基本上依赖进口。

Recovery of Potassium from Brine by Natural Zeolite And , China 's dissoluble potassium resources are very scarce .

钠型斜发沸石Na~+–K~+离子交换特性研究（II）&过程传质模型及动力学特性研究

RESEARCH ON Na ~ + - K ~ + ION EXCHANGE CHARACTERISTIC ON Na ~ + - CLINOPTILOLITE ( II ) & Mass Transfer Model and Kinetic Characteristics of The Process

在不同初始Ca2+浓度条件下，4A分子筛吸附钙离子的去除率均比斜发沸石大，且成比例的增加。

Under different calcium concentration , the calcium removal rate of 4A zeolite is larger than clinoptilolite , and increased proportion .

2号样含40%的丝光沸石和斜发沸石，CEC为80.0meq/100g。

That of the second type , 40 % mixed mordenite and clinoptilolite with a CEC of 80 . 0 meq / 100 g.

结论硅藻土、斜发沸石、丝光沸石和粉煤灰等吸附载体经过改性对DBP降解优势菌的吸附能力明显提高。

Conclusion The adsorptive capacity of diatomite , clinoptilolite , silk zeolite , and coal fly ash to DBP degradation dominant bacteria was enhanced after being modified .

测定出斜发沸石的阳离子交换容量为192.18mmol/100g沸石；

The cation exchange capacity of clinoptilolite was determined as 192.18mmol/100g zeolite .

用化学分析、X射线粉晶衍射及扫描电子显微镜等方法，研究了铁型斜发沸石（简称为FeCp）的热稳定性及其对可溶性硫化物和碳酸盐的复合作用。

Thermal stability of Feclinoptilolite ( FeCp ) and its complexing action for soluble sulfides and carbonates were studied by means of chemical analysis , Xray diffraction and scanning electron micrograph .

结果改性的粉煤灰、斜发沸石、丝光沸石和硅藻土对DBP降解优势菌的吸附能力分别是原状载体的1.66、1.37、1.49和1.16倍。

Results The adsorptive capacity of coal fly ash , clinoptilolite , silk zeolite and diatomite to DBP degradation dominant bacteria was 1.66 , 1.37 , 1.49 and 1.16 times in turn to that of natural carriers .

通过XRD和TEM对沸石进行晶相分析，证明赤城沸石矿为富斜发沸石矿，并测定出斜发沸石的阳离子交换容量为198.28mmol/100g沸石。

Crystalline phase of Chicheng zeolite was analyzed through X-ray Diffraction and Transmission Electron Microscope . Its result proved that Chicheng zeolite mine consist of clinoptilolite , and its determined cation exchange capacity of the zeolite was about 198.28mmol/100g zeolite .

我国东部白垩纪蚀变火山岩中的斜发沸石和丝光沸石

Clinoptilolite and mordenite in Cretaceous altered pyroclastic rock in eastern China

改性斜发沸石处理电镀废水中的重金属离子

Disposal of Waste Water Containing Heavy Metal Ions by Modified Clinoptilolite

用斜发沸石岩分离提取卤水中钾、铷、铯

Extraction of Potassium , Rubidium and Cesium in Brine with Clinoptilolite Rock

斜发沸石对钾离子交换平衡的研究

Study on Ion-exchange Equilibrium of K ~ + on Clinoptilolite

浙江缙云斜发沸石水的核磁共振分析

NMR analysis of water in chabazite from jinyun , zhejiang

改性斜发沸石对微污染饮用水的处理研究

Study on Disposal of the Light & Pollution Drinking Water by Modified Clinoptilolite

活化斜发沸石吸附除水中氟的研究

A study on removal of fluorides from water by adsorption onto activated clinoptilolite

斜发沸石岩轻骨料的膨胀机理

The mechanism of expansion of clinoptilolite as lightweight aggregate

斜发沸石保磷供磷功能的研究

Study on Function of Phosphorus Preserving and Supplying Clinoptilolite

钠改型天然斜发沸石的铵离子交换平衡

Study on characterization of ammonium exchange on natural zeolite

斜发沸石对锌冶炼废水中重金属离子的吸附研究

Absorption of clinoptilolite on heavy metal ion in the zinc metallurgy waste water

钙型天然斜发沸石同步脱氮除磷特性

Characteristics of Ca-Type Clinoptilolite for Simultaneous Removal of Nitrogen and Phosphorus from Wastewater

利用斜发沸石处理氨氮废水的研究

Study on Treating Ammoniated Waste Water on Clinoptilolite

斜发沸石岩的阳离子交换性能&对钾离子选择吸附的研究

Cation exchange capacity of clinoptilolite rocks & a study on selective absorption of potassium

改性斜发沸石吸附除水中铬（Ⅵ）的研究

A study on removal of chromium (ⅵ) from water by adsorption onto Modified Clinoptilolite

并与斜发沸石吸附Ca2+进行了比较。

Also the adsorption were compared with clinoptilolite .