闪锌矿

闪锌矿中杂质Fe存在形式的重新认识

New cognition of the existing form of impurity Fe in sphalerite

Cd主要取代Fe而进入闪锌矿晶格中。

Cd substituted Fe into the main sphalerite lattice .

P型闪锌矿半导体带内光吸收的计算

Calculation of intraband optical absorption in p-type zincblende structure semiconductors

Ca（OH）2体系中铁闪锌矿和磁黄铁矿的电化学行为差异

Difference in Electrochemical Behavior Between Marmatite and Pyrrhotite in Ca ( OH ) _2 System

高铁闪锌矿加压浸出过程中Fe的动力学研究

Kinetic study of iron on pressure leaching marmatite

XRD研究表明，产物为立方闪锌矿结构；

XRD results indicated that the products are of cubic zinc blende structure .

In和Ga主要存在于闪锌矿中。

In and Ga are present largely in sphalerite .

ICP-AES测定闪锌矿中9种元素的方法

The Method of Determination Nine Kinds Elements in Sphalerite by ICP-AES

闪锌矿GaN（001）表面的电子结构

Electronic Structures of Zinc-Blende GaN ( 001 ) Surface

闪锌矿GaN（110）表面原子和电子结构的理论计算

Theoretic Calculation of Atom and Electronic Structure for Zinc-blende GaN ( 110 ) Surface

高铁闪锌矿高压酸浸过程中ZnS-FeS-H2O系的电位-pH图

The ε - pH Figure of ZnS-FeS-H_2O System during Acid Leaching under Pressure of High Iron Sphalerite

立方闪锌矿结构ZnS纳米线的合成与表征

The synthesis and characterization of ZnS nanowires with zinc blende structure

GaAs具有闪锌矿结构，是一种直接带隙半导体。

GaAs has the structure of zinc blende and is a kind of direct band gap semiconductor .

闪锌矿结构Zn（1－x）MnxSe混晶光学声子行为

Optical Phonon Behavior of Mix-Crystal Zn_ ( 1-x ) Mn_xSe with Zinc Blende Structure

闪锌矿型CdTe电子结构和光学性质的第一性原理

First-principle calculations of electronic structure and optical properties of Zinc blende CdTe

此方法应用于水样、生物样和闪锌矿中痕量Se的测定，得到的结果令人满意。

The method was applied to the determination of trace selenium in water , biological materials and sphalerite with satisfactory results .

黄铁矿中Co、Ni含量及Co／Ni比值较低，Se、Te和As含量较高。闪锌矿富Fe、Cd、In、贫Ga、Ge和Se。

Co and Ni contents and Co / Ni ratio are low and Se , Te , As contents are high in pyrite .

XRD显示：采用非极性有机溶剂得到的产物均为立方闪锌矿结构，水和乙二胺为溶剂得到的产物为立方六角两相共存。

XRD displayed the samples made in organic solvents were cubic , both cubic and hexagonal structures were obtained in water and ethylenediamine .

单分散闪锌矿型CdSe量子点的合成及表征

Synthesis and Characterization of Monodisperse CdSe Quantum Dots with Zinc Blende Structure

本文对不同含Fe量的天然闪锌矿测定并分析了Fe的K边EXAFS谱，同时对低温光吸收谱及穆斯堡尔谱进行了研究。

The K-edge EXAFS spectra , optical absorption spectra and Mossbauer spectra of Fe in sphalerite differing in Fe contents are examined .

闪锌矿结构GaN、AlN和合金Ga（1-x）AlxN光学性质计算

Calculation of Optical Properties of Zinc blende GaN , AlN and Their Alloys Ga 1 x Al x N

含铁闪锌矿热容与其FeS含量的关系

Relationship Between the Heat Capacity and the Content of FeS in Fe rich Sphalerite

采用简单的乙二胺辅助方法合成出闪锌矿型结构的CdSeQDs。

CdSe QDs of zinc blende structure have been synthesized by a simple ethylenediamine-assisted method .

本文采用电子吸收光谱和分子轨道（MO）-能带理论模型，系统地研究了不同颜色的闪锌矿呈色的机理和本质。

The mechanism of coloration of sphalerite has been studied with the help of optical absorption spectroscopy and the single electron MO-energy band model .

使用开放溶剂热方法，在液体石蜡中制备出单分散的闪锌矿结构CdS量子点。

The main research results are shown as followed : Using the organic solvent method , nearly mono-dispersed CdS nanocrystals were obtained in liquid paraffin .

Cd在深色闪锌矿中而Ge和Ga在浅色闪锌矿中相对富集，Se在不同颜色闪锌矿中含量几乎不变。

Cd occurs mostly in dark colour sphalerite , Ge and Ga in light colour one , the content of Se does not change in different colour sphalerite .

结果表明，在Ca（OH）2体系中，铁闪锌矿和磁黄铁矿表面都有一个不断被强烈氧化的电极过程，并生成SO42-离子。

The results show that there is a strong oxidized electrode process and SO 2 - _4 ions formation on the surfaces of marmatite and pyrrhotite in Ca ( OH ) _2 system .

计算结果为基于闪锌矿结构晶体参量振荡产生THz波提供了深入和全面的理论基础。

The calculated results provide a theoretical basis for using optical parametric method in zinc-blende structure crystals to generate THz-wave . 4 .

对闪锌矿的研究，得到了杂质Fe绝大部分以六配位的形式存在的结果，这与传统的观点不同；

The result that most of the iron in sphalerite are 6 - fold coordinated is demonstrated and it is different from the traditional idea about the existing form of iron in sphalerite .

本文论述了羧甲基纤维素钠（CMC）在浮选分离闪锌矿和方铅矿中的作用及对润湿性的影响。试验证明，CMC同时抑制未经金属阳离子活化的闪锌矿和方铅矿；

In this paper , the effect of sodium carboxymethyl cellulose ( CMC ) on flotation separation and wettability of galena and sphalerite is described .