- 更多网络例句与草醛相关的网络例句 [注：此内容来源于网络，仅供参考]
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This technique pro-duced not only N-phosphonomethyliminodiacetic acid with high quality but also a great deal of chloromethane by the hydrolyzation of dimethyl phosphite and methylal .
提供了一种利用亚磷酸二甲酯残液(亚磷酸二甲酯生产过程中的副产)和甲缩醛(甘氨酸法生产草甘膦过程中的副产)为原料来合成双甘膦的方法，采用该工艺可以合成高含量的双甘膦，而且利用亚磷酸二甲酯残液和甲缩醛的充分水解可生成大量的氯甲烷，从而大大提高上述副产物的综合利用价值，具有很好的发展前景。
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The reason is that驱蚊草contains a special "small raw materials", the use of transgenic technology, will have the mosquito genome - the genetic structure of implanted Citronellal "vanilla", using their own unique delivery system as a vector to Shannon Mao aldehyde substances released into the air stream.
原因是驱蚊草含有一种特别的"小原料"，其采用转基因技术，将具有驱蚊基因——香茅醛基因结构植入"香草"，利用其自身独有的释放系统作为载体，将香茅醛物质源源不断释放于空气中。
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Glyphosate brought the biggest vice-effects, clethodim took the second and fenoxaprop-p-ethyake minimum:(1)As to the pure growth, MDA accumulation, the relative permeability of plasma membrane and chlorophyll content, glyphosate had evident influences on them in the daily dosage, 1/2 and 1/4 of the daily dosage . The walnut seedling dried and died twenty days later.(2)The influences of clethodim in different concentration such as double daily dosage, daily dosage and 1/2 of daily dosage on the above four indexes demonstrated differently, the more concentration was, the more severe the influence. was. With the concentration reducing, the influence weakened gradually.(3) Double daily dosage, daily dosage and 1/2 daily dosage of fenoxaprop-p-ethy exerted a slight vice-influence to the MDA accumulation, the relative permeability of plasma membrane and chlorophyll content.
1用草甘膦常用量、1/2倍常用量、1/4倍常用量处理之后，对核桃苗新梢生长量、叶片中丙二醛含量、膜相对透性以及叶片中叶绿素含量的影响最大，几乎所有样枝的新梢在药后20天后都发生干枯及死亡现象；(2)用收乐通2倍常用量、常用量、1/2倍常用量处理之后，对核桃苗的新梢生长量、叶片中丙二醛含量、膜相对透性及叶片中叶绿素含量的影响，呈现出浓度不同影响亦不同的现象，浓度越大，影响越明显，随着浓度的降低，影响也逐渐减弱；(3)用威霸2倍常用量、常用量、1/2倍常用量处理之后，对核桃苗新梢生长量、叶片中丙二醛含量、膜相对透性及叶片中叶绿素含量的影响最小；(4)三种除草剂对核桃苗的影响随着药后时间的延长，其影响在逐渐减小。
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The pathogenic mechanism of toxin from Phoma herbarum to dayflower was studied through measuring cell membrane permeability, MDA content and activities of CAT, POD and APX. The result indicated that toxin increased permeability of cell membrane.
以草茎点霉毒素对鸭跖草叶片组织细胞膜透性、丙二醛含量、过氧化氢酶、过氧化物酶以及抗坏血酸过氧化物酶活性的影响，研究草茎点霉毒素对鸭跖草的致病机理。
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It opens with a citrus blast which very : quickly morphs to a complex citrus / herbal / aldehydic / wood accord: As comp : lex as the opening accord is, it is so smoothly balanced with rosewood, verben : a, and citrus notes… the whole augmented by a judicious use of aldehydes.
它与 ：一个柑橘爆很快造型，能一/草药/醛/木材协定复杂柑橘：只要打开复杂的开放协议，它是：如此顺利，花梨木，马鞭草平衡，柑橘。。。增强了整个一个明智使用醛。
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Firstly, 3-ethylthiobutanal was prepared from crotonaldehyde reacting with ethanehiol in triethylamine with high yield. Secondly, methyl acetoacetate was converted to 6-ethylthiohept-3-en-2-one by three steps via hydrolysis, condensation with 3-ethyltio-butanal and dehydration, then 6-ethylthiohept-3-en-2-one was cycloco ndensed with dimethyl malonate by Michael addition and Claisen condensation, followed by saponification and decarboxylation to give the intermediate of 5-(2-ethylthiopropyl)-cyclohexane-1,3-dione.
首先，以巴豆醛与乙硫醇为原料，在三乙胺的催化作用下高收率制得3-乙硫基丁醛；然后从乙酰乙酸甲酯出发，通过碱水解、与3-乙硫基丁醛缩合、脱水三步反应合成6-乙硫基-3-烯-2-庚酮，接着6-乙硫基-3-烯-2-庚酮与丙二酸二甲酯通过Michael加成和Claisen缩合成环，再通过皂化和脱羧反应生成中间体5-[2-丙基]-1，3-环己二酮；再与丙酸酐反应丙酰化，最后与0-3-氯-2-丙烯基羟胺肟化，得到目标化合物烯草酮。
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The results indicate the activities of gsh-px, mn-sod, cu, zn-sod, gsh, aldosterone, atrial natriuretic factor in most of rubia cordifolia l groups are higher and the content of mda and serum cortisol is lower.
结果：茜草可增加耐力运动后再力竭即刻状态下谷光甘肽过氧化物酶、锰超氧化物歧化酶、铜、锌超氧化物歧化酶、还原性谷胱甘肽活性以及醛固酮和心钠素的含量；降低丙二醛和皮质醇含量。
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RESULTS: 12 compounds were isolated and identified as aurantiamide acetate (1), aurantiamide benzoate (2), physcion (3), scopoletin (4), vanillin (5), coniferyl aldehyde (6), syringaldehyde (7), syringic acid (8), luteolin (9), apigenin (10), azelaic acid (11), dotriacontanic acid (12), respectively.
结果：从羊耳菊全草的氯仿和乙酸乙酯部分共分离得到12个化合物，分别鉴定为橙黄胡椒酰胺乙酸酯(1)，橙黄胡椒酰胺苯甲酸酯(2)，大黄素甲醚(3)，东莨菪亭(4)，香草醛(5)，松柏醛(6)，丁香醛(7)，丁香酸(8)，木犀草素(9)，芹菜素(10)，壬二酸(11)，三十二烷酸(12)。
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In the simulated experiments, the effects of long-term exposure of dibutyl phthalate on contents of malondialdehyde, solubility carbohydrate, blade pigment, protein, glutathione and amino acid of Vallisneria spiralis L were studied. The cultivation period was 25 days. The effects on the growth of Vallisneria spiralis L under the stress of DBP was also invertigated in this paper. Vallisneria spiralis L was damaged seriously in long-term exposure of high concentration DBP.
以沉水植物苦草为试验材料，通过模拟实验研究了邻苯二甲酸二丁酯长期暴露对苦草的生长状况以及丙二醛、可溶性糖、叶绿素、谷胱甘肽、蛋白质和氨基酸的含量等生理生化指标的影响，试验结果表明：高浓度DBP长期暴露对苦草生长有严重伤害，DBP对苦草丙二醛和可溶性糖含量以及叶片中叶绿素含量的影响比较相似，都有一定的起伏。
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The study showed that silver grass particleboard was made by the processing of crushing, flaking, particle drying, UF resin sizing, pre-pressing and hot-pressing. The performance indexes of the production could meet the related national standards.
根据研究表明：荻草经过一次粉碎、刨片加工后得到的荻草刨花干燥后，通过施加脲醛树脂胶，再经过预压和热压等工序，试验生产的荻草刨花板，其物理力学性能指标均达到了相关标准的要求。
- 更多网络解释与草醛相关的网络解释 [注：此内容来源于网络，仅供参考]
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geranial; citral：香叶[草]醛;柠檬油醛
龙胆醛;2,5-二羟苯甲醛 gentisaldehyde; gentisicaldehyde; 2,5-dihydroxybenzaldehyde | 龙胆酸;2,5-二羟苯甲酸 gentisic acid; 2,5-dihydroxybenzoic acid | 香叶[草]醛;柠檬油醛 geranial; citral
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cyclamen aldehyde：兔耳草醛
cyclamate环己基氨基磺酸盐 | cyclamen aldehyde兔耳草醛 | cyclamic acid (=cyclohexane sulfamic acid )环己烷氨基磺酸
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geranial：香叶[草]醛
地丝菌属 Geotrichum | 香叶[草]醛 geranial | 香叶[草]酸 geranic acid
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diphenylethanedione; diphenylglyoxal; dibenzoyl; benzil：二苯乙[烷]二酮;二苯草醛;二苯甲酰
二亚苯亚胺;咔唑;二苯并吡咯 diphenylenimide; carbazo... | 二苯乙[烷]二酮;二苯草醛;二苯甲酰 diphenylethanedione; diphenylglyoxal; dibenzoyl; benzil | 二苯基乙脒;N,N'-二苯乙脒 diphenylethonylamidine; N,N'...
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ethanedial; glyoxal：乙二醛;草醛
乙硼酸;乙基硼酸 ethaneboronic acid; ethylboric acid | 乙二醛;草醛 ethanedial; glyoxal | 乙二酰胺;草酰胺 ethanediamide; oxamide
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oxalaldehyde：草醛
oxalaceticcarboxylase 草乙酸羧酶 | oxalaldehyde 草醛 | oxalamide 草酰胺
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ethanediamide; oxamide：乙二酰胺;草酰胺
乙二醛;草醛 ethanedial; glyoxal | 乙二酰胺;草酰胺 ethanediamide; oxamide | 乙二腈;氰;二氰 ethanedinitrile; cyanogene; dicyanogene
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valeraldehyde：正戊醛
产品说明:正戊醛 (valeraldehyde) 正戊醛cas号:110-62-3mdl号: 正戊醛分子量:86.13einecs号:203-784-4 正戊醛分子式:c5h10o;ch3ch2ch2ch2cho正戊醛分子结构: 正戊醛别名:戊醛;正戊醛;n-戊醛;戊醚;缬草醛;缬草萜醛;纈草醛 正戊醛
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pentanal; valeraldehyde：戊醛;缬草醛
五甲苯酚 pentamethylphenol | 戊醛;缬草醛 pentanal; valeraldehyde | 戊酰胺;缬草酰胺 pentanamide; valeramide
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pentanamide; valeramide：戊酰胺;缬草酰胺
戊醛;缬草醛 pentanal; valeraldehyde | 戊酰胺;缬草酰胺 pentanamide; valeramide | 戊烷 pentane