sodium azide
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网络 叠氮化钠; 叠氮钠; 迭氮化钠; 迭氮钠; 叠氮钠化物
双语例句
- The characteristics of sodium azide gas generating compositions were briefly introduced.
对国内外烟火型气体发生剂的研究及应用现状进行了综述。 - Leading products for a wide range of uses of sodium azide.
主导产品为用途广泛的叠氮化钠。 - The production, treatment and comprehensive utilization and its economic benefits of the mother liquor of sodium azide are introduced in this paper.
介绍了叠氨化钠母液的产生、处理和综合利用及其所取得的经济效益。 - Two CL reactions, not just one reaction as generally used before, were used for the recognition of sodium azide from other similar radical scavengers.
区别于以前常用的单个化学发光反应，偶合两个相似的化学发光反应，进行样品中叠氮化钠的选择性识别。 - The laccase was strongly ( inhibited) by sodium azide.
叠氮化钠对该漆酶有强烈的抑制作用。 - By DSC thermal analysis method, the thermodynamics characteristics of gas generating agent with Sodium Azide have been researched, and the chemical reaction performance varying with the compositions is obtained.
通过DSC热分析方法对叠氮化钠气体发生剂的热分解动力学特性进行研究，揭示了叠氮化钠以及其他添加剂对化学反应的影响程度。 - The Treatment and Comprehensive Utilization of The Mother Liquor of Sodium Azide
叠氮化钠母液的处理和综合利用 - Study of New Chemiluminescence Technique& Recognition of Sodium Azide by External Reference Method
化学发光新技术的研究&外参比校正法识别生物样品中的叠氮化钠 - Studies on toxicity of sodium azide
叠氮化钠的毒性研究 - Anoxia, and quenchers of singlet oxygen(β-carotene and sodium azide) inhibited chemiluminescence of cells.
缺氧和单态氧淬灭剂（β-胡萝卜素和叠氮钠）能降低细胞的化学发光。 - Experimental Study on Thermodynamics of Gas Generating Agent with Sodium Azide
含叠氮化钠气体发生剂热动力学试验研究 - The Antagonism of Carrot Juice to Inhibition of Sodium Azide on SOD and ChE Activities
胡萝卜对叠氮化钠抑制超氧化物岐化酶与胆碱酯酶活性的拮抗作用 - Effects of injecting sodium azide into rat's hippocampus on its behavior and P3-like potential
海马内注射叠氮钠对大鼠行为学及类P3的影响 - Effects of water extract from Poria cocos on mitochondrial impairment in hippocampal neurons induced by sodium azide
茯苓水提液对叠氮钠致原代培养的新生大鼠海马神经细胞线粒体损伤的影响 - In the chapter 2 of this dissertation, we studied the cross-coupling reaction of aryl halides and vinyl iodides with sodium azide under the catalysis of copper and amino acids.
在本文第二章，我们研究了氨基酸促进的铜催化的芳基卤化物、烯基碘化物与叠氮化钠的交叉偶联反应。 - Approach of sodium azide affecting enzyme activity in ELISA
叠氮钠（NaN3）对ELISA检测酶活影响的探讨 - On the M_1 spike level, sodium azide induced more poly-locus mutations but produced less sectors than gamma-rays.
在M1穗水平上，NaN3诱发多位点突变的机率高于γ射线，但突变扇形体较小。 - Maize callus was mutated by()~ ( 60) Co γ-ray and sodium azide ( NaN_3), and screened on high osmotic medium with 1.0% NaCl. The lines of the regenerated plants were identified for their drought tolerance.
用60Coγ射线和叠氮化钠（NaN3）处理玉米愈伤组织，在含1.0%NaCl的高渗培养基上筛选，对再生植株株系进行耐旱性鉴定。 - Application of Sodium Azide in Organic Synthesis
叠氮化钠在有机合成中的应用 - On the Effects of Sodium Azide on ELISA
叠氮钠对ELISA的影向 - Sodium azide induces damage of microtubules and cell viability in cultured nerve cells
叠氮钠对培养神经细胞微管结构和细胞存活率的影响 - Sodium azide proved effective for inducing chlorophyll deficient mutations in M_2 generation.
叠氮化钠有效诱发M2代叶绿素缺失突变。 - As a preliminary application, this novel technique has been employed to determine sodium azide in the reagents of the commercial insulin kit.
作为应用示例，已利用该技术选择性识别并定量分析了商品化胰岛素试剂盒中各种试剂、人血清白蛋白和羊抗人IgG抗体样品中的叠氮化钠。 - Study on Composition of Sodium Azide Gas Generant
叠氮化钠气体发生剂的研究 - The mutagenic intensity and poisonous/ inhibitory coefficients of sodium azide were obtained through model fitting.
通过模型对实验数据的拟合，获得了NaN3的致突变强度系数和毒性/抑制系数。 - For the slow reaction in the selected conditions, we could improve the reaction temperature, increased the amount of catalyst or enhanced the solubility of sodium azide to make the reaction more complete.
对于选定条件下进行较慢的反应，还可以通过提高反应温度、增加催化剂用量或增加叠氮钠的溶解度来使反应进行得更完全，并且该过程没有发现明显副反应。 - Firstly amyl acetate was selected as substrate in order to study optimized conditions, including catalysts, reaction time, reaction temperature, amount of sodium azide and amount of the metal catalyst.
首先我们选择醋酸正戊酯为底物，探讨该反应的催化剂、反应时间、反应温度、叠氮化钠用量、金属催化剂用量等合适的反应条件。 - Tetracycline belongs to antibiotics, sodium azide has antiseptic effect, all of which could inhibit of bacterial growth, and sodium thiosulfate can prevent the oxidation of the enzyme protein.
四环素属于抗生素类，叠氮化钠也有抑菌作用，能抑制杂菌的生长，减少酶活力的损失，硫代硫酸钠能防止酶蛋白的氧化失去活性。 - The results showed that, tetracycline, sodium azide, sodium thiosulfate had promoting effect on enzyme activity.
本实验通过添加保护剂对酶液保护进行了研究，结果表明，四环素、叠氮化钠、硫代硫酸钠对酶液保护有促进作用。