有机矿物

有机矿物固化泡沫在小青煤矿W2回风石门密闭自然发火防治中取得了很好的效果。

Good effects on controlling coal spontaneous combustion at W2 return-tunnel of Xiaoqing Coal Mine were achieved by adopting this foam .

蒸馏水没有矿物质，这意味着如果你喝，它将排出任何有害的非有机矿物从你的制度。

Distilled water has no minerals , which means if you drink it , it will leach out any unwanted non-organic minerals from your system .

探讨了有机矿物固化泡沫的发泡机理和稳泡机理；试验研究了不同组分情况下固化泡沫的性能指标；

The foaming mechanism and bubble-steady mechanism of this organic solidified foam were theoretically discussed , and the performance index of the solidified foam with different components was studied .

本文综述了国外在有机粘土矿物对污染环境修复研究方面的最新进展。

Study on remediation of contaminated environments using organoclay minerals was reviewed .

有机-矿物复合水泥助磨剂的研究

Study on Organic-mineral Complex Grinding Aid of Cement

有机粘土矿物对水中低浓度菲的吸附性能和机理

Adsorption of phenanthrene on organic clays

有机粘土矿物对污染环境修复的研究进展

Contaminated environment remediation with organoclay minerals

吸附-光催化联用去除室内挥发性有机物矿物对溶解性有机质及其不同组分的吸附作用

The Combined Adsorption-Photocatalysis for the Removal of Indoor Volatile Organic Compounds THE SORPTION OF DISSOLVED ORGANIC MATTERS BY SOIL CLAY MINERALS

结果表明，有机粘土矿物对菲的等温吸附曲线呈中凹型，是分配作用和溶剂化效应共同作用的结果。

It was concluded that the adsorption isotherm curves for phenanthrene on three different organoclays were all dished , which indicated that sorption was the actions of both partition and solvent effect .

探讨了石棉、铜纤维、玻璃纤维、碳纤维、有机纤维、矿物纤维及混杂纤维等在摩擦材料中应用的优缺点及对摩擦材料性能的影响。

The properties of asbestos fiber , steel fiber , glass fiber , carbon fiber , polymeric fiber , mineral fiber and mixed fiber reinforced friction materials are discussed .

介绍了近年来有机酸与矿物之间相互作用的研究进展。

In this paper , the recent advance in the study of the interactions between minerals and organic acids ( both of small molecules and of large molecules ) is presented .

生物体内有机基质指导矿物晶体的成核、生长和聚集，使得生物矿物具有特定的形貌、取向和组装方式，从而产生特殊的功能。

The controlled nucleation , growth and aggregation of biominerals in organism under the mediation of organic matrices lead to specific morphology , orientation and assemblies of the biominerals , and consequently give them special functions .

有机物和无机矿物对氮素缓释效应的对比研究

Organic Materials and Inorganic Minerals ' Comparative Study for Nitrogen Slowly Releasing Effect

小分子有机抑制剂对铅锌矿物浮选行为的影响

Effect of Small Molecule Organic Depressors on Flotation Behavior of Lead and Zinc Minerals

有机和无机（矿物）控释材料及其控释机理研究

Study on the Organic-Inorganic ( Minerals ) Controlled Release Materials and Their Controlled Release Mechanism

有机物料、粘土矿物对重金属污染土壤的修复

Application of Organic Materials and Clay Minerals to the Remediation of Heavy Metal Contaminated Soils

有机质、粘土矿物等吸附UO2+2，加快了其被还原的速度，有利于铀的富集。

The adsorption of uranium by organic matter and clay minerals accelerates the reduction and the concentration of uranium .

电化学调控浮选能带模型及应用（Ⅲ）&有机抑制剂对硫化矿物能带结构的影响

Energy band model of electrochemical flotation and its application (ⅲ) & Effects of organic depressants on structure of sulphide minerals

低分子量有机酸对胶体矿物吸附酸性磷酸酶和牛血清白蛋白的影响Ⅰ乙酸的影响

Effects of low molecular organic acids on adsorption of acid phosphatase and BSA by soil colloid and clay minerals ⅰ effects of acetic acid

其原因可能与微生物活性、电荷性质相反导致的吸附以及有机碳在粘土矿物上积累时氧化铁的键桥作用有关。

It may be related to microbial activity , adsorption of opposite charge and iron oxides 's bond bridge in SOC accumulated in phyllosilicate .

土壤的缓冲性能与各土壤的阳离子交换量、有机质、粘粒矿物含量等理化性质有关。

Buffering ability of soil to acid was related to the physical chemical properties of soil , such as CEC , organic matter and clay mineral content .

有效砂体的形成和保存、泥岩中有机质和粘土矿物的成岩转化及砂岩不稳定组分的溶解是溶蚀孔隙产生的主要原因。

The diagenetic evolution of organic material and clay minerals in mudstones , and dissolution of unstable components in sandstones are the main cause for the formation of the solution pores .

用能带理论分析了电化学调控浮选模型，提出了采用有机抑制剂来改变矿物电子能级、实现硫化矿的浮选分离。

The model of electrochemical flotation was analyzed by means of energy band theory , a new viewpoint of electrochemical separation by using organic depressants to change energy band of minerals was proposed .

分析结果表明，南黄海陆架沉积物颜色反射率受控于沉积物中的铁氧化物、有机质以及粘土矿物和钙质生物碎屑含量。

It is shown from the analysis results that the color reflectance of sediments from the southern Yellow Sea shelf area is controlled by the ferric oxide , organic matter , clay mineral and calcareous biogenic detritus contents in sediments .

盖层沉积物较强的压缩性、较低的渗透率、气毛细管封闭、分散的有机质和黏土矿物膨胀为高孔隙水压力的保存提供了有利条件。

Large compressibility , low permeability , gas capillary seal , abundant organic matter , and volume expansion of clay minerals offer favorable conditions for the preservation of high pore-water pressure . Hydrocarbon concentration in the cap beds is obviously higher than that in the reservoirs .

通过对储层高孔带形成的主控因素分析表明，第Ⅰ高孔带主要由大气水淋滤作用形成，第Ⅱ、Ⅲ高孔带主要由有机酸及黏土矿物脱酸性水的溶蚀作用形成。

According to the analysis of the factors of the high porosity zones formation , we believe that the first high porosity zone formed by dissolution of meteoric waters , the second and the third one formed by dissolution of organic acids and dehydration of clay minerals .

二是有机抑制剂降低了矿物边缘能级，从而导致矿物表面电子密度增大，黄药空能级被电子占据，双黄药被还原。

The other is to lower the limited level of sulphide minerals , which may increase the electronic density of mineral surface , as a results the unoccupied levels of xanthate are occupied by electrons , and dixanthogen is reduced , as the case of sodium humate .

土壤中的有效磷较易被土壤颗粒，有机质和其他矿物所吸附固定，95%以上的磷在土壤中以难以利用的迟效形态存在，参与生物循环的磷只是全磷的很小部分。

Available P in soil can be easily adsorbed and rooted by soil particles , organic matters and other minerals , while more than 95 % of total P in soil exist as slow acting forms , little portion of total P takes part in biological cycle .

勘探实践表明，泥页岩的埋藏深度、厚度、有机碳含量、有机质类型、矿物组成、孔隙度、渗透率、裂缝以及泥页岩的含气性等都是影响形成页岩气藏的重要因素。

Exploration practice shows that forming shale gas reservoirs is strongly affected by burial depth , thickness , the content of organic carbon , matter type of organic 、 mineral composition , porosity , permeability , fracture and shale gas .

高岭石有机插层反应对于探测高岭石内部微结构特征、了解环境中有机物与矿物的作用机制具有重要意义。

Kaolinite-organic intercalation has an important signification for researching the kaolinite structure and understanding reaction mechanism between natural organic matters and minerals .