孔雀石

kǒnɡ què shí
  • malachite
孔雀石孔雀石
孔雀石 [kǒng què shí]
  • [malachite] 一种Cu 2 CO 3 (OH) 2 矿物,由绿色碱式碳酸铜组成,为铜矿石,可做装饰品(如花瓶)之用

  1. 以孔雀石绿为探针电化学分析法测定鲱鱼精DNA

    Electrochemical Determination of Herring Sperm DNA Using Malachite Green as Probe

  2. 孔雀石绿对小鼠睾丸基因组随机扩增DNA多态性的影响

    Effect of Malachite Green on the Fingerprint of Adult Mouse Testis by Using Amplified Polymorphic DNA Assay

  3. 孔雀石绿(MG)被广泛用于水产动物抗真菌和寄生虫。

    Malachite Green ( MG ) was introduced originally as an ectoparasiticide , fungicide and antiseptic in aquaculture .

  4. 蓝宝石上互补金属氧化物半导体微处理机孔雀石绿-H2O2体系动力学光度法测定微量溴化物

    Kinetic-spectrophotometric method for the determination of trace amount of bromide with malachite green-hydrogen peroxide

  5. SiO2负载TiO2膜光催化降解亚甲基蓝和孔雀石绿

    Photocatalytic Degradation of Methylene-blue and Malachite-green with TiO_2 / SiO_2 Film

  6. 光助Fenton催化氧化反应降解孔雀石绿试验研究

    Studies on light catalysis oxidation degradation of Malachite Green by Photo-Fenton reagent

  7. 烷基羟肟酸与孔雀石矿物作用,在孔雀石矿物表面生成了O,O型和O,N型两种共存的螯合物,吸附类型为化学吸附。

    The reactions between Alkyl hydroxamic acid and malachite generated O , O-and O , N-type chelate coexistence in the surface of malachite , which belonged to a chemical adsorption .

  8. 论文研究了光助Fenton催化氧化反应降解染料孔雀石绿。

    In this paper , light catalysis oxidation degradation of Malachite Green by Photo-Fenton reagent was researched .

  9. 第二、三章分别使用玻碳电极和滴汞电极研究了孔雀石绿与DNA的相互作用。

    In the second and the third parts , the interactions of malachite green with DNA have been investigated by carbon glassy electrode ( GCE ) and drop mercury electrode ( DME ), respectively .

  10. 孔雀石绿脱色菌恶臭假单胞菌菌株M6的分离、鉴定及其生长特性研究

    Isolation , Identification and Growth Characteristics of Pseudomonas putida Strain M6 with Malachite Green Decolorization

  11. 在Na+或者K+存在的条件下,单链DNA可以形成G-四联体结构,这种结构可以增强孔雀石绿分子的刚性使其荧光显著增强。

    In the presence of Na + or K + , single stranded DNA ( ssDNA ) is able to form a G-quadruplex structure , thus to increase the rigidity of MG structure and result in a remarkable NIR fluorescence .

  12. 将SiO2负载TiO2膜应用于光催化降解亚甲基蓝、孔雀石绿,结果表明该催化剂具有较高光催化活性,且易回收及重复使用。

    TiO_2 / SiO_2 film was applied in the photocatalytic degradation of methylene-blue and malachite-green . The results indicated that the photocatalyst had high activity and could be reclaimed and reused easily .

  13. 用浮选试验、吸附量测定和XPS能谱等试验,研究了硅孔雀石浮选时有机整合剂对黄药捕收性能和吸附性能的影响。

    The influence of organic chelating agents on the collective and adsorptive properties of xanthate in chalcostaktite flotation was studied by flotation tests , XPS energy spectrum measurement and adsorptive capacity determination .

  14. 而菱锌矿溶解Zn2+使孔雀石在菱锌矿澄清液中的浮选受到抑制。

    On the other hand . the flotation of malachite in smithsonite supernatant is depressed due to the bulk precipitation of xanthate with dissolved Zn2 + .

  15. 孔雀石绿(MG)是一种抗寄生虫和抗细菌类药物,广泛应用于水产养殖业,用于预防与治疗各类水产动物的水霉病、鳃霉病等,并获得了极佳的效果。

    Malachite Green ( MG ) is a kind of anti-parasitic and anti-bacterial drug that has been widely used in the aquaculture for the prevention and the treatment of diseases of aquatic animals , such as water mildew , gill phthiriasis , etc , and gets good results .

  16. Fl-2200Ⅱ高效液相色谱仪测定水产品中孔雀石绿

    Determination of Malachite Green in Aquatic Product with Highly Effective Liquid Chromatography Fl-2200 ⅱ

  17. 利用孔雀石绿方法,在不同温度下对两个突变体进行分子伴侣ATPase测定,结果表明一个突变体ATPase活性丧失,另一个ATPase活性增加,可见我们设计的基因突变位点确实与ATPase活性有关。

    The ATPase activity of two chaperonin mutants were measured through malachite green method at different temperatures and the results show that one mutants lost ATPase activity and the other improved ATPase activity and that the genetic mutation sites we have designed is indeed related to ATPase activity .

  18. 讨论了铁氧体种类(Ni-Zn铁氧体与Ni-Zn-Cr铁氧体)、铁氧体投加量、孔雀石绿初始浓度与脱色时间对脱色效果的影响。

    The effects of ferrite types ( Ni-Zn ferrite and Ni-Zn-Cr ferrite ), ferrite dosage , initial concentration of malachite green and decolorization time on the decolorization rate were discussed .

  19. 第二个奖杯国际足联世界杯奖杯于1974年推出,奖杯底座为孔雀石,杯身由18K黄金铸成,高36.8厘米,重6.1公斤。

    The subsequent trophy , called the FIFA World Cup Trophy , was introduced in 1974 . Made of 18 karat gold with a malachite base , it stands 36.8 centimeters high and weighs 6.1 kilograms .

  20. 用二极管阵列检测器在618nm测定孔雀石绿和隐色孔雀石绿,在588nm测定结晶紫和隐色结晶紫;

    Chromatic and leuco malachite green were quantified by their absorbance at 618 nm , and chromatic and leuco crystal violet at 588 nm , brilliant green was used as internal standard .

  21. 第二个奖杯“国际足联世界杯奖杯”于1974年推出,奖杯底座为孔雀石,杯身由18K黄金铸成,高36.8厘米,重6.1公斤。

    The subsequent trophy , called the " FIFA World Cup Trophy , " was introduced in 1974 . Made of 18 karat gold with a malachite base , it stands 36.8 centimeters high and weighs 6.1 kilograms .

  22. 孔雀石是一个美丽的黑边的绿色地球石头。

    Malachite is a beautiful green earth stone with black bands .

  23. 孔雀石绿用于防除桡足类的初步研究

    Study on the Use of Malachite Green to Control the Copepod

  24. 孔雀石绿-聚氯乙烯膜涂层玻璃电极的研制

    Preparation of a Malachite Green Polyvinyl Chlo-ride Membrane Coated Glass Electrode

  25. 由孔雀石生产硫酸铜的新工艺

    A new technology for the production of cupric sulfate from malachite

  26. 孔雀石是对结婚13年周年的宝石。

    Malachite is the anniversary gemstone for the13th year of marriage .

  27. 水产品中孔雀石绿残留提取技术研究

    Study on Extracted Technology of Malachite Green Residues in Aquatic Product

  28. 采矿孔雀石开始早在公元前4000年古埃及人。

    Mining Malachite began as early as4000 BC by ancient Egyptians .

  29. 有人说,孔雀石提供的知识和耐心。

    It is said that malachite gives knowledge and patience .

  30. 液相色谱法测定鳗鱼中的孔雀石绿

    Determination of malachite green in the eel by liquid chromatography