1)KMnO4KMnO_4
1.The relationship between ethylene and adventitious root formation in beach plum in vitro culture was studied,and the effects of ethylene inhibitors(silver nitrate(AgNO3),ethylene removal by KMnO4,and the ethylene precursor 1-aminocyclopropane-1-carboxylic acid(ACC)) on rooting were also tested in this paper.通过在培养基中附加AgNO_3、KMnO_4和ACC初步研究了乙烯对滨梅生根的影响。
英文短句/例句
1.The Determination of Reaction Heat of Potassium permanganate and Ferrous suifate;KMnO_4与FeSO_4反应热的测定
2.The Thermal Decomposition of KMnO_4, KClO_3 and Other Inorganic Solids;KMnO_4、KClO_3等无机固体的热分解
3.Investigation of principle of storing fruit with KMnO_4;KMnO_4对果实保鲜原理的探讨
4.Chemiluminescence determination of oxacillin sodium by KMnO_4-Luminol systemKMnO_4-鲁米诺体系测定苯唑西林钠
5.Discussion of the Experiment about KMnO_4 Reaction with Na_2SO_3 in Alkaline MediumKMnO_4在碱性介质中与Na_2SO_3反应实验的探讨
6.Absorption kinetics of SO_2/NO in KMnO_4/NaOH solutionsKMnO_4/NaOH溶液吸收SO_2/NO的动力学研究
7.Study on Treatment of Acid Scarlet GR Wastewater by Coupling System of KMnO_4-PFSSKMnO_4-PFSS协同处理酸性大红废水的研究
8.Acute Toxicity and Combined Toxicity of LAS and KMnO_4 on Rana nigromaculata TadpolesLAS和KMnO_4对黑斑蛙蝌蚪的毒性研究
9.Study on the Experiment of Wet Simultaneous Removal of SO_2 and NO_x Using Urea/KMnO_4 Solution;尿素/KMnO_4湿法烟气同时脱硫脱氮的试验研究
10.Determination of luteolin by flow injection chemiluminescence with potassium permanganate-formaldehyde systemKMnO_4-甲醛流动注射化学发光法测定木犀草素
11.Mechanism of influence of flue gas components and Ca(OH)_2 on oxidation of NO over KMnO_4烟气气相组分及Ca(OH)_2对KMnO_4氧化NO的影响机理
12.DEGRADATION OF LOW CONCENTRATION NITROBENZENE IN UNDERGROUND WATER BY KMNO_4-O_3 SYNERGETIC OXIDATIONKMnO_4-O_3协同氧化降解地下水中低含量硝基苯
13.Study on the Eelectrochemical Performance of KMnO_4K_2FeO_4 Mixed Electrode in Alkaline Solid-state BatteryKMnO_4掺杂K_2FeO_4碱性固态电解质电池电化学性能研究
14.Using oxidants to treat the ITO-coated glass surface to improve the OLEDs performances用KMnO_4处理ITO表面制备高效有机电致发光器件
15.Fate and Occurrence of Endocrine Disrupting Chemicals in Urban Aquatic Environment and the Control by Permanganate Oxidation城市水循环中环境激素的变化规律与KMnO_4控制效能研究
16.Efficiency and influence factors of the coagulation removal of trace heavy metals enhanced by combination of KMnO4 and PACKMnO_4与PAC联用强化混凝去除水中微量重金属的效能及其影响因素
相关短句/例句
KMnO_4 solutionKMnO_4溶液
3)KMnO_4 stainingKMnO_4染色
4)KMnO_4 hot decompositionKMnO_4热分解
5)KMnO 4 oxidation methodKMnO_4氧化法
6)KMnO4 stainingKMnO_4染声
延伸阅读
福马林醑 ,甲醛溶液,福尔马林,蚁醛溶液药物名称：甲醛溶液英文名：Formaldehyde Solution别名： 福马林醑 ,甲醛溶液,福尔马林,蚁醛溶液外文名：Formaldehyde Solution，Formalin,Formol性状： 无色或几乎无色的澄明液体，有刺激性特臭、味灼烈，能刺激鼻、喉、粘膜及皮肤。但不损坏金属、橡皮及织物，可与水、乙醇任意混合。 药理及应用：本品可与蛋白质中的氨基结合，使蛋白质变性，同时也溶解类脂质，故有强大的杀菌作用，对细菌、芽胞、真菌、病毒都有效。也有硬化组织和止汗作用。临床用作消毒防腐药，用于器械、手套、标本及尸体的防腐。也用于治疗汗脚。 本品15ml加水20ml，加热蒸发，可消毒空气1m3(4小时)。稀释10倍，可用于生物标本的防腐。5％～10％溶液用于止汗及表面消毒等.适应症： 用于手足、多汗或腋臭。 用量用法： 外用：涂擦。 按需要稀释后使用.5～10%的溶液用于器械等的消毒，在密闭器中放置本品自然蒸发消毒手套。用10%溶液（含甲醛4%）保存尸体及生物标本。 注意事项：本品对粘膜刺激性大，一般不宜用于皮肤、创面及粘膜的消毒。本品对眼及呼吸道粘膜也有刺激，使用时注意本品蒸气的刺激作用。 规格： 甲醛溶液：含甲醛36%、甲醇10%，500ml/瓶。 类别：皮肤病用药||消毒防腐药\醛类
