1) technical molybdenum oxide
工业氧化钼
1.
A new method is presented for determination of sulphur in technical molybdenum oxide by induced plasma emission spectroscopy.
介绍了利用等离子体发射光谱测定工业氧化钼中硫含量的检测方法。
2.
Using concentrate containing Mo≥54% as precursor,by advanced roasting furnace for oxidization roasting molybdenite concentrate can produce high quality technical molybdenum oxide possessed of world grade.
只有以含钼≥54%、杂质低的钼精矿作生产工业氧化钼的前驱体,采用较先进的焙烧设备进行氧化焙烧才能产出与国际钼市场产品质量接轨的工业氧化钼产品。
2) industry molybdenum trioxide
工业级三氧化钼
3) high solubility technical molybdic oxide
高溶性工业氧化钼
1.
Then the production process is generated and the closed oxygen-enriched rotary furnace heated by electromagnetic induction is chosen as the equipment for high solubility technical molybdic oxide production.
从MoO2氧化动力学过程及热力学过程入手,对MoO2氧化成MoO3可能性及各种参数分析,对生产炉窑的选型作了分析论证,制定了高溶性工业氧化钼的生产工艺并选取了采用电磁感应加热式密闭、富氧回转窑作为高溶性工业氧化钼生产设备。
4) molybdenum industry
钼工业
1.
The run states of Chinese molybdenum industry in 2006 were described and the influence factors of development for Chinese molybdenum industry analyzed in the paper.
阐述了2006年中国钼工业的运行状况,分析了影响我国钼工业发展的影响因素。
2.
The present development state of molybdenum industry at home and abroad was overviewed.
综述了国内外钼工业的发展现状,分析指出当前中国钼工业存在产品结构不合理,技术与装备落后,钼资源浪费严重以及钼产品废弃物回收率低等几个突出问题,提出了发展中国钼工业的几点建议。
3.
In the aspects of economic performance situation,industrial structure,market,price and foreign trade of China molybdenum industry in China in 2005,the developing state of molybdenum industry was demonstrated,and its economic performance situation was analysed.
通过2005年中国钼工业运行情况、产业结构、市场及价格、对钼贸易等几个方面阐明了2005年中国钼工业发展现状,并从2005年中国钼工业政策环境分析、产业结构分析、市场及竞争力等方面说明了中国钼工业经济运行状况。
5) molybdenum trioxide
三氧化钼
1.
A New Process of Preparing High-purity Molybdenum Trioxide by Microwave Hybrid Heating;
微波混合加热制备高纯三氧化钼新工艺
2.
Electrochemical properties of molybdenum trioxide and its appl ications;
三氧化钼的电化学性质及其应用
3.
Progress in preparation and electrochemical properties of lithium intercalation-detercalation of layered molybdenum trioxides has been introduced.
三氧化钼具有独特的层状结构,主要以三种相态存在:热力学稳定的正交相、热力学介稳的单斜相和六方相。
6) MoO3
三氧化钼
1.
Synthesis of MoO3 nanobelts with no template via a simple hydrothermal method from peroxomolybdic acid sols was reported.
以过氧钼酸溶胶为反应前驱体采用简单的水热方法,在没有任何模板剂的条件下合成三氧化钼纳米带,通过XRD,SEM,TEM和IR等测试方法对产物进行结构表征和形貌分析。
2.
Molybdenum trioxides(MoO3) usually have three forms: orthorhombic,hexagonal and monoclinic.
三氧化钼(MoO3)以三种常见的物相存在:正交相、六方相和单斜相,前者为热力学稳定相,后两者为热力学介稳相。
3.
This study investigated physicochemical characters and biotoxicity of waste water and leachate of waste residue from MoO3 produced using physicochemical analysis and biotoxicity test.
利用理化和生物监测相结合研究了三氧化钼(MoO3)生产排放废水及废渣的理化特性及生物毒性。
补充资料：氧化钼
CAS: 1313-27-5
分子式: MoO3
分子质量: 143.94
沸点: 1155℃
熔点: 795℃
中文名称: 氧化钼；三氧化钼；钼酸酐
英文名称: Molybdenum oxide；Molybdenum anhydride；Molybdenum trioxide；Molybdic oxide；molybdena；molybdenum oxide；molybdenum trioxide
分子式: MoO3
分子质量: 143.94
沸点: 1155℃
熔点: 795℃
中文名称: 氧化钼；三氧化钼；钼酸酐
英文名称: Molybdenum oxide；Molybdenum anhydride；Molybdenum trioxide；Molybdic oxide；molybdena；molybdenum oxide；molybdenum trioxide
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条