硫化亚铁

利用XRD分析了硫化亚铁喷涂层的相结构，用SEM观察了喷涂层的磨面形貌。

SEM equipped with EDX and XRD were employed to analyze the morphologies of surface and wear scar of spraying FeS layer , as well as the surfaces phase structure .

硫化亚铁（FeS）在重金属、含氯有机物的还原去除方面表现出优良性能。

Ferrous sulfide ( FeS ) has good performance in the reduction of heavy metals and chlorinated organic compounds .

报道了一种以表面活性剂、丙二烯二胺和柠檬酸、EDTA为主要组分的硫化亚铁清洗剂配方和其在炼油装置应用的情况。

A detergent for cleaning iron monosulfide was formulated with surfactant , diamino-propadiene , citric and EDTA , and its cleaning mechanism was discussed .

研究了在微波作用下，以硫化亚铁为催化剂，将H2S分解为氢气和硫磺的反应。

The reaction process of decomposing H2S into hydrogen and sulfur through microwave action with the ferrous sulfide as catalyst is studied .

利用原子力显微镜（AFM）、扫描电镜（SEM）和光学显微镜观察分析了硫化亚铁喷涂层的表面、截面与磨面形貌。

AFM , SEM equipped with EDX and optical microscope were employed to observe and analyze the morphologies of the surface , cross-section and wear scar of the coatings .

新型硫化亚铁钝化清洗剂NH-02Z研制及应用

Development of New Type Iron Sulfide Passivation Cleaning Agent NH-02Z and Application

GW-101型硫化亚铁钝化剂在加氢裂化装置上的应用

Application of GW-101 ferrous sulfide passivator in hydrocracking unit

结果表明：GW-101型硫化亚铁钝化剂对防止硫化亚铁自燃效果明显。

The results show that type GW-101 passivant has clear effect on avoiding slef-igniting of ferrous sulfide .

硫磺回收装置长期在高温高硫环境下运行，容易腐蚀生成硫化亚铁（FeS）并在管线、设备死角和反应器内积聚。

Ferrous sulfide ( FeS ) is formed as corrosion results in sulfur recovery units operated under the conditions of a long period of high temperature and high sulfur which deposit on pipelines , equipment and reactors .

结果表明，利用QXF-3高效硫化亚铁化学清洗剂对催化脱硫系统进行化学清洗是有成效的。

The QXF-3 detergent for cleaning ferrous sulfide is effectively used in desulphurizing system of catalytic cracker .

详述了GW-101型硫化亚铁钝化剂的性质特点以及在扬子石化加氢裂化装置的应用情况。

The characteristic of type GW-101 ferrous sulfide passivant and its application instance in hydrogenation cracking plant in YPC were described in detail .

利用球磨方法得到用于喷涂的、粒度约40μm的硫化亚铁（FeS）微颗粒，再用超音速火焰喷涂的方法在45钢表面制备了固体润滑硫化亚铁涂层。

The powder of FeS , with granularity of 40 μ m for spraying , was prepared by ball-mill method , and then the FeS powder was sprayed by ultrasonic flame spraying to form the solid lubrication FeS coating on the 45 steel surface .

应用结果表明：FZC-1硫化亚铁化学清洗剂对防止硫化亚铁自燃效果明显，且不会造成环境污染。

According to its performance shown on hydrocracking installation of YPC , it stated that FZC-1 had obvious advantage of preventing from self-combustion , and would not result in environment pollution .

硫化亚铁引发储油罐火灾危险性的研究

Research on Fire Risk of Oil Tank Caused by Ferrous Sulfide

几种离子对硫化亚铁膜离子选择性的影响

Effects of several ions on ion-selectivity of iron sulfide film

硫化亚铁绝热氧化反应的影响因素研究

Research on the Factors Impacting Adiabatic Oxidation of Iron Sulfide

江苏油田三相分离器中硫化亚铁的钝化清洗

Passivation cleaning of iron monosulfide in three-phase separator in Jiangsu Oil Field

炼油装置硫化亚铁清洗剂的配方及应用

Formulation and application of a detergent for cleaning iron monosulfide of refinery units

描述了硫化亚铁固体润滑涂层的制备方法及摩擦学性能。

Preparation methods and tribological behavior research of ferrous sulfide coatings were reviewed .

硫化亚铁电极的电化学合成及性能测试

Electrochemical Synthesis of FeS Electrode and Its Behavior Measurement

磷酸锰转化涂层和硫化亚铁涂层的摩擦学性能对比

Comparison of Tribological Properties of Manganese Phosphate Conversion Coating and Ferrous Sulfide Coating

硫化亚铁体系下林丹的非生物转化

Abiotic Transformation of γ - Hexachlorocyclohexane in FeS System

硫磺回收装置两起典型硫化亚铁自燃案例分析

Ferrous Sulfide Self-ignition Case Analysis in Sulfur Recovery Unit

一种新型硫化亚铁无害清洗配方的研制

Development of a new non-hazardous formula for FeS cleaning

高效硫化亚铁钝化剂在常减压装置的应用

Application of a New Cleaner and Passivator in Atmospheric and Vacuum Distillation Unit

硫化亚铁处理含砷废水中砷的形态变化

The change of arsenic forms in the treatment for arsenic wastewater by ferrous sulfide

油水井硫化亚铁垢的形成机理及防治技术

Formation Mechanism and Prevention Techniques of Iron Sulfide Fouling in Production and Injection Wells

简述了化工设备硫化亚铁垢的形成、存在形式及分布；

The form and distribution of ferrous sulfide in chemical equipments are briefly discussed .

本文在前期工作的基础上，主要探讨纯硫化锑、硫化铅、硫化锌、硫化亚铁一元系在水蒸气下的反应动力学规律。

On the basis of previous work , the reaction kinetics of antimony trisulfide ?

等离子喷涂纳米硫化亚铁自润滑涂层的分析与摩擦学性能

Studying on the Tribological Properties of Self-Lubricate Nano FeS Coating Deposited by Plasma Spraying