查询词典 compound

The first-way shows that the virus can be inactivated firsthand by the flavonoid compound; The second-way shows the flavonoid compound can inhibit virus replication by inhibiting the activity of ptyalin; The third-way reflects the flavonoid compound can interdict adsorption.

第一种给药方式说明黄酮类化合物可以直接灭活H5N1病毒；第二种给药方式说明黄酮类化合物可通过抑制流感病毒唾液酶的活性，从而抑制病毒粒子的复制；第三种给药方式反映一定浓度的药物可以阻断病毒对细胞的吸附作用。

The invention relates to a method for adopting a compound reducing agent to reduce and decompose phosphogypsum; the method comprises the following steps of: using high-sulphur coal and coal gangue to prepare the compound reducing agent; utilizing tail gas to dry the phosphogypsum and the compound reducing agent which are ground and mixed evenly and then transferred into a reducing and decomposing furnace; carrying out reduction and decomposition till the reaction is completed.

要約 本发明涉及一种采用复合还原剂还原分解磷石膏的方法，该方法将高硫煤和煤矸石配成复合还原剂，再将磷石膏、复合还原剂利用尾气烘干、磨细后混匀送入还原分解炉，进行还原分解，直至反应完全。

In order to obtained the six-membered ring compound and a thorough assignment of the spectra, and further to prove that the six-membered ring compound was formed from the hydrogen transfer, the compound N-butyl-4-(N-methylphenylamino)-5-amino- 1, 8-naphthalimide 6 was designed to obtained with N-butyl-4-bromo-5-amino-1, 8-naphthalimide and N-methyl phenylamine as the starting material. However it was difficult to obtain the desired product as the different solvent giving the different products except the desired product.

为了能够得到六元环化合物作为定标的物质及其确切的谱图分析结果，并且为了进一步证明由五元环产物通过氢转移得到六元环产物的正确性，设计用N-丁基4-溴-5-氨基-1，8-萘酰亚胺与N-甲基苯胺反应生成N-丁基-4--5-氨基-1，8-萘酰亚胺6，结果发现这种方法很难实现，选择不同的溶剂会生成不同的产物，却都不是目标产物。

The corporation to develop from the action scilicet that establish, production and promotion new material and in lieu of iron, supersede the lumber product the material for oneself to allow, resolve the evolution that the Chinese material resource in push supersedes, supersedes the iron, lumber vocation, the amalgamation sets out from the current problem " City trap " in settle, cooperates with the science and engineering university south of R.O.C., Hubei the science and engineering university development section grinds, the year of on stream produces 50,000 high and strong and colorful manhole cover of compound material, water grate, the year produces 150,000 even meters the high and strong and colorful tree of pattern of landscape of round the trench the blind flange, low cost substitution iron no burn brick 、building block produce with the stock, the new uses the stock with the cargo, diseases of compound material road cage、 protective cage of pattern of landscape, the low cost site the photocopy to model the culture bricks, the productive capacity of the set grasses bricks, curb stone, compound calcium silicate culture stone, careful choose to anticipate, set the new formula, amalgamation can seconded client the necessity designs the build, color, pattern sign, green environmental protection, and hue saturation, the texture is delicate, the employment put together economic effects, social performance is very addicted.

公司自成立之初即以研发、生产及推广新型材料及替代铁、替代木材产品材料为己任，立志于推动中国材料资源替代、替代铁、木材行业的发展，并从解决当前"城市陷阱"这一问题出发，与华南理工大学、湖北理工大学开展科研合作，投产年产5万套景观型高强彩色复合材料检查井盖、雨箅，年产15万平米景观型高强彩色树围沟盖板，低成本代铁免烧、砖砌块生产用托盘，新型商用货用托盘，景观型复合材料道路隔离栏、护栏，低成本现场压印成型文化路面砖，植草砖、路沿石、复合硅酸钙文化石的生产能力，严谨选料，创新配方，并可根据客户需要设计造型、颜色、图案标志，绿色环保，而且色彩饱和，质感细腻，使用综合经济效益、社会效益很好。

By azo compound became chromophore monomer disperse red -19, and through Sulfonyl of the compound was synthesized by the C, and through 1HNMR its structure was characterized, the results show that the synthesis of compounds C of very high purity, synthetic polymers can meet at the request of the monomer, but also of the compound D, through 1HNMR its characterization, showed that high purity compounds D, is expected to be functional after the adoption of To all the excellent performance PEEK electro-optic polymer materials.

本文通过偶氮化合成了生色团单体分散红-19，并通过磺酰化反应合成得到了化合物C，并通过核磁共振氢谱对其结构进行了表征，结果表明，所合成的化合物C的纯度非常高，完全能满足聚合物合成时对单体的要求，同时也合成了化合物D，通过核磁共振氢谱对其结构表征，显示化合物D纯度很高，应有望通过后功能化合成出各种性能优良的聚醚醚酮电光高分子材料。

The results show that the yield of compound 5 reached a maximum of 65% under the optimum reaction conditions, where the pH of the reaction medium was 3.8~4.0, the reaction temperature was 85~90 ℃, and the molar ratio of zinc powder to compound 1 was 2.6:1. The optimum oxidant for the selective oxidation of α-methyl on compound 5 was sulfuryl chloride, and the yield of the product was 52.5%.

结果表明，合成化合物5的最佳反应条件为：反应介质pH值为3.8~4.0，反应温度85~90℃，锌粉与反应物1之间的摩尔比2.6：1，产物收率达到65%；化合物5中α-甲基选择性氧化反应的最佳氧化剂为硫酰氯，产物收率达到52.5%。

Its beneficial widespread effect on health is attributed to sulphur compounds and particularly to thiosulfinates. Odorless and stable, alliin is the most abundant sulfur compound in whole, unbruised Garlic. When the clove of garlic is cut or crushed, the enzyme alliinase is released from its compartment and transforms S-allyl-L-cysteine sulfoxide or alliin into diallyl thiosulfinate allicin, the characteristic compound of garlic flavor. This very unstable thiosulfinate is rapidly degraded to related organosulfur compounds. Allicin is often thought of as the "active ingredient" in Garlic, and has been the subject of numerous scientific studies, but its a fairly unstable compound that likes to react with itself.

蒜氨酸(S-烯丙基-L-半胱氨酸亚砜，alliin)是完整、未受损大蒜里面含量最丰富的硫化物，并且非常稳定，它存在于大蒜的细胞质里；当细胞受损时，蒜氨酸酶从细胞液向细胞质释放，蒜氨酸和蒜氨酸酶接触被迅速转化为一系列新的化合物—蒜辣素及其相似物，蒜辣素(双烯丙基硫代亚磺酸酯，allicin)被认为是大蒜中最重要的活性成分，但它相当不稳定，易于自身反应。

Can not be each business nevertheless so prosperous ↓ 3, just arrived of new city I, seek new view everywhere, the station takes camera to overflow in house of bubble steamed bun aimlessly a chaos is patted, do not let off even eaves ↓ 4, in the street alley of lane of whole the Huis, probably only I just can am opposite there is grumous interest ↓ in the take a walk cock hen of roadside 5, going, see the ancient Buddhist templeput on the brakes with one beautiful place and compound, it is one saves in good condition big mosque so this screen wall on ↓ or front door most the look ↓ that attracted me first 6, go in to look, the building distinguishing feature of each place is so attract my ↓ 7, boosting watch for a chance, to any one place in compound Gu Xianggu's lubricious construction details does not let off ↓ 8, also be to see a new world in the compound on the side of main hall ↓ 9, room apical moon, beautiful here is authentic mosque building ↓ 10, go out courtyard, better of a few the Hui nationality people sitting in the sun next prattle,↓ of good envy letting a person 11, this clever animal on mosque gate pier looked a long time, also doing not have differentiate to go out is what animal ↓ 12, come out from the Huis lane, along the town god's temple that the ave went to Xi'an toward westing again on the west, light is a card these upstairs woodcarving had let me admired a head to pat ↓ a long time 12, what main hall of town god's temple saves is not very good, xi'an municipal government also uses contemporary carpentry to come alive without sedulous ground it seems that overhaul, then ability sees audience hall two side this former juice raw ingredient woodcarving gate ↓ 13, the eaves of audience hall also follows pailou same distinctive ↓ 14, the gravelstone lion of two side of pailou looks to also resemble antique ↓ is breathed out, photography homework of the first day is explained end, will stick other again tomorrow...

不过可不是每一家的生意都这么红火↓3、刚到一个陌生城市的我，到处寻找新鲜的景致，站在泡馍馆拿起相机漫无目的地一通乱拍，连房檐都不放过↓4、整个回民坊的街巷里，大概只有我才会对在路边的散步的公鸡母鸡都有着浓厚的爱好↓5、走着走着，就看见一处漂亮的古刹和院落，原来是一间保存完好的大清真寺↓还是正门对面的这个影壁最先吸引住了我的目光↓6、走进往看，每一处的建筑特色都是那么吸引我↓7、捧着相机，对院落里的任何一处古香古色的建筑细节都不放过↓8、正殿旁边的院落里也是别有洞天↓9、房顶上的月亮，标致着此处是正宗的清真寺建筑↓10、出得大院，几位回族长者们正坐在太阳底下闲聊，好让人羡慕↓11、清真寺门墩上的这个灵兽看了半天，也没辨出是什么动物↓12、从回民坊出来，沿着西大街再往西走就到了西安的城隍庙，光是牌楼上的这些木雕就已经让我仰头拍了半天↓12、城隍庙正殿保存的不是很好，西安市政府似乎也没有刻意地用现代木工活来翻修，于是才能看到大殿两侧这原汁原味儿的木雕大门↓13、大殿的房檐也跟牌楼一样有特色的↓14、牌楼两侧的小石狮子看上往也像古董呢↓哈，第一天的摄影作业交代完毕，明天再贴其它的

The compound eyes of cotton bollworm showed higher sensitivity under similar conditions; for one insect, the compound eyes were more sensitive to light in the evening than at the daytime, with dark eyes had higher sensitivity than bright eyes;(4) The comparison of the transition between different adaptative state at different time showed that the compound eyes of cotton bollworm showed more obvious daily rhythm.

在相同条件下，棉铃虫复眼表现出更强的敏感性；同种昆虫复眼夜间比白天敏感，暗眼比亮眼敏感；（4）对不同测试时间复眼明暗状态转化的比较表明，棉铃虫复眼的ERG反应具有更强的昼夜节律性。

Enterprises since its establishment has been successful in research and development with all the independent intellectual property rights, applies to health care products, medicines, wine, food, condiments and meat products industry are as follows: 1, health care products, pharmaceuticals categories: functional monascus 2 liquor raw materials categories: pure natural compound sweet juice, super-concentrated compound caproic acid bacilli, compound purification of enzyme, esterification monascus; 3, meat and food coloring agent categories: red rice, Monascus pigment; 4 , soy sauce, sauce products, vinegar fermentation aroma hyperchromic Qu: Monascus fermentation, saccharification by Qu Xiang

企业成立以来，已成功研究开发出具有全部自主知识产权，应用于保健品、药品、酿酒、食品、调味品和肉制品行业的产品系列如下：2、白酒原辅料类：纯天然复配甜味汁、超浓缩复合己酸菌液、复合净化酶、酯化红曲；3、肉制品及食品着色剂类：红曲米、色素红曲；4、酱油、酱制品、食醋发酵增香增色曲：发酵红曲、糖化增香曲

The absorption and distribution of chromium were studied in ryeusing nutrient culture technique and pot experiment.

采用不同浓度K2CrO4(0，0.4，0.8和1.2 mmol/L)的Hoagland营养液处理黑麦幼苗，测定铬在黑麦体内的亚细胞分布、铬化学形态及不同部位的积累。

By analyzing theory foundation of mathematical morphology in the digital image processing, researching morphology arithmetic of the binary Image, discussing two basic forms for the least structure element: dilation and erosion.

通过分析数学形态学在图像中的理论基础，研究二值图像的形态分析算法，探讨最小结构元素的两种基本形态：膨胀和腐蚀；分析了数学形态学复杂算法的基本原理，把数学形态学的部分并行处理理念引入到家实际应用中。