热解法
- 网络Pyrolysis;Pyrolysis method;thermal decomposition
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采用喷雾热解法在玻璃基板上制备了SnO2∶F+Sb薄膜,对薄膜的结构及性能进行了研究。
Fabricated SnO_2 ∶ F + Sb thin films on glass substrate by spray pyrolysis .
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以中央核处理器(CPU)这一典型的金含量高的电子废弃物为实验对象,采用油浴离心分离法、熔锡法及真空热解法对CPU进行预处理以实现针脚的分离。
Central processing unit ( CPU ), a significant electronic component with a high gold content , was taken in experiment . CPU was pre-processed by centrifugal separation , solder smelting and vacuum pyrolysis to separate the pins from the base plates .
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喷雾热解法生长N掺杂ZnO薄膜机理分析
Growth Mechanism for N-doped ZnO Films Grown by Spray Pyrolysis Method
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用甲酸盐前驱体热解法合成金属(Mn,Co,Cu)氧化物纳米晶
Metal ( Mn , Co , and Cu ) oxide nanocrystals from simple formate precursors
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低温热解法合成和表征ZnO纳米粉末研究
Low Temperature Synthesis and Characterization of ZnO Nano-powder
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微波诱导等离子体热解法合成碳膜包裹的TiO2纳米微晶
Synthesis of nanocrystalline titania with carbon coating by microwave induced plasma
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采用FC化合物作为一种新型催化剂一一NiZnAl催化剂的前驱物,以催化热解法合成出了碳纳米管.管状、竹节状、鱼骨状和分叉状等多种形态的碳蚋米菅均被观测到。
Carbon nanotubes were synthesized by catalytic pyrolysis method with a kind of new type catalyst --
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报导了一种简单而有效的制备非晶ZnO纳米粉末的方法,即固态低温热解法。
In this paper , a simple and effective method to prepare amorphous ZnO nano-powder by low temperature pyrolytic reaction is reported .
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超声喷雾热解法生长氧化锌同质p-n结及其电致发光性能研究
Fabrication of ZnO p-n Homojunction by Ultrasonic Spray Pyrolysis and Its Electroluminescence Properties
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采用喷雾热解法合成了无团聚的球形(Y,Gd)BO3∶Eu荧光粉。
Spherical ( Y , Gd ) BO3 ∶ Eu phosphor particles were synthesized by spray pyrolysis .
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并简单介绍了YAG荧光粉的几种制备方法:高温固相法、喷雾热解法、燃烧法、溶胶-凝胶法和沉淀法。
There are several ways to prepare fluorescent powder of YAG , such as high temperature solid-phase method , spray pyrolysis method , combustion method , sol gel process and method of precipitation .
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以乙二胺为前驱液,采用高温热解法,860℃下在镍基底表面生长CNx纳米管薄膜。
The CNx nanotubes films were fabricated by pyrolyzing ethylenediamine on Ni substrates at 860 ℃ .
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以Fe(NO3)3·9H2O为主要原料,采用醇盐液热解法结合超临界流体干燥技术制备纳米α-Fe2O3微粉。
The nanosized α - Fe_2O_3 particles are prepared by heat decomposition and supercritical fluid drying technology with pure Fe ( NO_3 ) _3 · 9H_2O as main materials , and characterized by XRD and TEM .
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在载玻片或ITO涂覆的玻璃上采用化学热解法沉积CdS固体薄膜,沉积温度在350~540℃之间。
CdS solid thin films were prepared on the substrates of slide glass or ITO coated glass by using chemical pyrolysis deposition technique ( CPD ) at different deposition temperature from 350 to 540 ℃ during film growth .
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以球磨技术(BallMilling,BM)制得MgO·Ni2O3固溶体前驱物,并以直接还原法制得Ni/MgO纳米负载型催化剂,以催化热解法合成出管状的碳纳米纤维。
MgO · Ni_2O_3 solid solution precusor of nano-Ni-catalyst is prepared by ball milling technique , and Ni / MgO supporting nano-catalyst is produced by direct-reduction process . Then tube-like carbon nanofibers are synthesized by catalytic pyrolysis method .
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以正硅酸乙酯(TEOS)为前驱体,二茂铁为催化剂前驱体,利用气相流动催化热解法在850~1160℃连续合成了单壁碳纳米管(SWNTS)。
Single-walled carbon nanotubes ( SWNTs ) were continuously synthesized by floating pyrolysis method in the temperature range of 850-1160 ℃ by using tetraethyl orthosilicate ( TEOS ) as raw material , ferrocene as the precursor of Fe particles .
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SiF4的工业生产方法主要有硫酸法、六氟硅酸盐热解法和Si-HF直接合成法3种。
The industrial synthesis methods of SiF_4 mainly have sulfuric acid method , metal hexafluorosilicate pyrogenetic method and Si-HF direct synthesis method .
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综述了90年代国内高纯超细α-Al2O3粉体的生产工艺,碱式碳酸铝铵热解法,以及制备氧化铝无机分离膜方面的进展。
The developments in the technology for preparing superfine α - Al2O3 powder of high purity in nineties in our country , the process of thermo-decomposition of ammonium aluminum carbonate hydroxide ( AACH ), and the techniques for preparing aluminum oxide inorganic separation membrane , are reviewed in this paper .
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采用碳酸锰沉淀热解法进行300t/a化学二氧化锰(CMD)中试开发研究,就生产中的一些问题做了叙述,介绍了中试产品的各项技术指标。
Pilot experiment of 300t / a chemical manganese dioxide ( CMD ) prepared with manganese carbonate pyrogenation oxidation overall , some problems in the course of producing CMD and information of each technology target of the products were described .
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综述了超细NiO粉体近年来的制备方法及其特点(主要有固相反应法、沉淀法、微乳液法、喷雾热解法、热分解法和电化学法),介绍了超细NiO粉体的应用现状。
The recent preparation method ( Such as solid-state reaction , precipitation method , micro-emulsion method , spray pyrolysis method , thermal decomposition method and electrochemical method ) and theirs characteristics of preparation of ultra-fine NiO powder are reviewed . The application of ultra-fine NiO powder is also introduced .
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对采用异步脉冲超声喷雾热解法所制备的棒状BiSI纳米晶薄膜样品的介电特性和光吸收特性进行了测试。
The dielectric properties are measured , such as dielectric constant and dielectric loss , and the visible absorption of the BiSI nanorod films deposited by asynchronous pulse ultrasonic spray pyrolysis ( APUSP ) .
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采用浸渍热解法,以n-C7H(16)/CCl4为热解质,讨论浸渍液体积比、热解温度等对粘胶基碳纤维(RCF)拉伸性能的影响。
The Rayon-based carbon was treated with n-C7H16 / CCl4 as a pyrolysis reagent by impregnating pyrolysis . The effects of pyrolysis conditions , such as impregnant volume ratio , pyrolysis temperature , on the tensile properties of Rayon-based carbon fiber were discussed .
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热解法生长金刚石薄膜的形貌分析
Investigation on Morphology of Diamond Thin Film Grown by Thermal CVD
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GB/T13249-1991硫化橡胶中橡胶含量的测定管式炉热解法
Rubber vulcanized - Determination of rubber content-Furnace tube pyrolytic method
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溶剂热解法合成氰尿酸的研究
Study of Synthesizing Cyanuric Acid by Pyrolysis Method in Solvent
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喷雾热解法合成镁铝尖晶石纳米粉末的制备与表征
The Synthesis and Characterization of the Nano-Spinel Powders by Spray-Pyrolysis
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热解法在固体废物处理上的应用简介
Introduction on Application of Pyrolysis in Dealing with Solid Refuse
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高温瞬时热解法产生甲基自由基束
Methyl Free Radical Beam Generated by Flash Pyrolysis Method
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喷雾热解法和等离子体热处理法制备荧光体
Review on Preparation Methods of Spherical Phosphors by Spray Pyrolysis and Thermal-Plasma Treatment
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深入探讨了喷雾热解法的成膜机理。
The formation mechanism of the thin films prepared by spray pyrolysis was discussed .