水乳膠體 的英文怎麼說
中文拼音 [shuǐrǔjiāotǐ]
水乳膠體
英文
aqueous emulsion-
Guar gum can viscosify, stabilize, and emulsify water systems as well as bind moisture to itself
瓜爾膠可增粘、穩定、乳化水體系並能夠自身結合水分。This experiment passing to grope for the carbon source constitutes of the culture medium and using t. reesei rut c - 30 induced the expression of # - mannanase ( # - 1, 4 - mannan mannohydrolase ec 3. 2. 1. 78 ). in this experiment i put the constant carbon source ( lactose and locust bean gum ) in the foundation culture medium ( mandels nourishment liquid ) of t. reesei rut c - 30, then proceeded the variable carbon source ( dragon spruce fiber, com rush pith fiber, wheat straw fiber, wheat straw xylan, corn rush pith xylan, dragon spruce mannan ) to single factor, double factor, three factor, four factor and five factor orthogonal experiment. 1 determined the activity of p - mannanase using locost bean gum as substract by the 3, 5 - dinitosalicylic acid method, and observed the growing situation of the gernic at the end i selected the directions for the inducement expression of the # ? mannanase from trichoderma reesei rut - c30 that contained the dragon spruce fiber, wheat straw xylan, dragon spruce mannan
在里氏木霉rutc - 30的基礎培養基（ mandels營養液）中加入固定碳源乳糖和槐豆膠，然後將可變碳源（雲杉纖維、玉米芯纖維、麥桿纖維、麥桿木聚糖、玉米芯木聚糖、雲杉甘露聚糖）進行單因子、雙因子、三因子、四因子、五因子的里氏木霉rutc - 30正交培養實驗，並以槐豆膠為底物用3 ， 5二硝基水楊酸法測定培養液中?甘露聚糖酶的活力。從而確定了酶活最高且菌體生長良好的含雲杉纖維、麥桿木聚糖和雲杉甘露聚糖的誘導培養基為最佳培養基，用該培養基培養的里氏木霉（ t . reesei ） rutc - 30使其轉錄的-甘露聚糖酶（ - 1 ， 4 - mannanmannohydrolaseec3 . 2 . 1 . 78 ） mrna量能夠滿足rt - pcr的要求。Ip3 - ip3 receptor ( ip3r ) interaction mediates the release of ca2 + from the endoplasmic reticulum in response to many different extracellular stimulus. for higher plants, however, though it is now generally accepted that ip3 participates in signal transduction in many important cellular processes, only limited evidence is available for the presence and properties of the ip3r - like protein so far. here, using the immunological methods with an antibody raised against a mammalian inositol 1, 4, 5 - triphophate receptor ( type 1 ), we found that, 1 ) the antibody across - reacted the proteins with about 200kd in microsomes from oryza sativa and about 200kd from arabidopsis thaliana respectively
本實驗用sds - page電泳和免疫印跡的方法，用哺乳動物大鼠三磷酸肌醇受體的多肽做抗體對類三磷酸肌醇受體蛋白鑒定，結果表明：抗體與水稻和擬南芥微粒體蛋白分子量大約為200kd的蛋白交叉反應，同時還發現在水稻微粒體蛋白62kd和擬南芥微粒體蛋白45kd處有交叉反應的蛋白條帶存在，表明在植物中有類三磷酸肌醇受體蛋白的存在；用免疫膠體金方法，發現類三磷酸肌醇受體蛋白主要分佈於液泡膜和細胞質膜上。The results of performance testing showed that the additive of nano - powders can evidently enhance the latex coatings " weathering resistance, scratch resistance, water resistance and alkaline resistance, and do not reduce other performances ; polybasic nano - composite powders have more efficient than single nano - powder ; the dispersing method have biggish effect on performances. observing the stability of nano - additive of exterior latex coating showed there was no viscidity rising, no delaminatiom sedimentation in two months. tryout by plant showed that nano - weatherability additive can obviously enhance the weathering resistance of latex coating and water resistance, and no reducing other capabilities
對其性能研究的結果表明，納米粉體材料的引入，可以明顯提高乳膠漆的耐候性、耐洗刷性和耐水耐堿性能，對其它性能無不良影響；納米多元復合粉體比單一粉體的改性效果明顯；納米粉體的添加工藝對改性乳膠漆性能有較大的影響，採用同普通填料一致的添加方式制備的試樣與採用超聲波預分散后在配漆階段加入制備的試樣相比，後者在穩定性、耐候性等方面的性能都有所提高。On the basics of briefly summarizing the research and application presents of building coatings and nano - composite building coatings in domestic and overseas, presented a creative approach of modified exterior building latex coatings applying inorganic nano - powders and its " compound. systematically studied the effect of factors such as nano - materials " category, additive capacity, dispersing method on the behavior of exterior building coatings " weathering resistance, scratch resistance, water resistance and alkaline resistance etc. studying on uv - vis optical property of nano - powder materials and its " compounds turned up that nano - tio2, nano - sio2, nano - zno have excellent characteristics to uv shielding ; dispersing system of polybasic nano - composite materials owned higher uv shielding capability than single disperse system
本文在簡要敘述國內外建築塗料和納米復合建築塗料的應用研究現狀的基礎上，提出了使用無機納米粉體及其復合材料改性建築外墻乳膠漆的創新思路，系統地研究了納米粉體材料的種類、添加量、分散方式等因素對外墻乳膠漆耐候性、耐洗刷性以及耐水、耐堿性等性能的影響，成功地開發了納米改性建築外墻乳膠漆產品，並完成了外墻乳膠漆用納米助劑的初步開發工作。As for fresh male adult cadaver, inject 8 % gelatin carbonic ink, 14 % ammonia and red gelatin until the ventral skin of the toe turn red from black, washing 6 hours by flowing water. cutting the scapular flap, anterolateral femoral flap, chest - umbilicus flap and medial superior genicular flap, after washing and rot prevention, inject 8 % gelatin ink solution into artery
新鮮男性成人屍體1具，于雙側股動脈插管內分別先後行8明膠碳素墨汁14氨水紅色乳膠溶液灌注，至趾腹顏色由黑變紅為止，流水沖洗6小時。It act as floatability, thixotropic agent, stabilizer, thickening agent. in pharmacy, it is used as medical adhesives, disintegrating agent and stabilizer. in founding paint and various ceramics colorful paint, it is used as floatability and thixotropic agent ; some performance of this serial is superior to use the cmc, hec respectively
在水性塗料，乳膠漆，牙膏，化妝品，橡膠，日用化工中，廣泛的用作懸浮劑，膏體德觸變劑，乳膠穩定機，增稠劑在特種鑄造塗料及多種陶瓷彩釉塗料中，用作基料的懸浮劑，觸變劑。Rubber tree ( hevea brasiliensis ) is an important economic woody - crop in tropical areas. its latex is the unique source of crude rubber used in current industry. because of its special and important use, the rubber tree has been extensively planted in tropical areas. increase production is always the main target in rubber tree cultivation. since the ethrel was applied in increasing latex production in 1968 for the first time as a chemical stimulant, not only the latex production had been increased largely, but also a new set of rubber tapping system had been established, leading to a series of economic benefit. owing to ethrel " s extensive application, its side effects had been found more and more obviously, such as tapping dry, speeding up senescence, shortening the life span of rubber tree etc. in order to overcome the side effects and increase production more availably, for a long time, people had carried out lots of research work on cell level, membrane level, physiology and biochemistry of laticifer contents. but the mech anism why ethrel increased latex production was not yet understood completely. this study had cloned the ethylene receptor gene ( efrl ) from rubber tree, and researched the relationship between etrl expression in laticifers and ethrel stimulation on transcription level and protein translation level. the results were as follows : 1
但是，由於乙烯利應用的普及，乙烯利刺激割膠引起橡膠樹發生死皮病及加速膠樹衰老，縮短膠樹壽命等副作用也越來越明顯。為了克服這些副作用，使乙烯利能更有效地刺激增產，長期以來，人們在細胞水平、膜水平和乳管細胞內含物的生理生化層面上進行了大量的研究，但仍未完全了解乙烯對膠樹的作用機制。本研究從分子水平入手，克隆橡膠樹的乙烯受體基因（ etr1 ） ，並在轉錄水平和蛋白質翻譯水平上研究etr1基因在乳管細胞中的表達及與乙烯刺激的關系，取得了以下結果： 1Main products : textile printing paste, latex colorants, coating colorants of paper, all - purpose solvent colorants, plastic film gravure ink, paper gravure ink, water - based flexo ink
展出內容：紡織印花色漿、乳橡膠色漿、塗布紙色漿、油墨用溶劑色漿、塑料薄膜液體油墨、紙凹墨、柔印水性墨。The results showed that the rubber latex particles separated the clay into nanometer units, accompanied with the competition between separation of rubber latex particles and re - aggregation of single silicate layers upon addition of flocculant during the process of co - coagulating, while the intercalation of rubber molecules into clay galleries did not occur
結果表明，在加入絮凝劑使橡膠乳液黏土水懸浮液共凝聚的過程中，由於存在膠乳粒子對黏土片層的隔離作用與在混合液中分散的黏土單片層的重新聚集作用的競爭，因此，在絮凝物中，橡膠大分子將黏土片層隔離成納米分散單元（包括單片層和多片層的聚集體） ，在多片層的黏土聚集體層間沒有橡膠大分子插入。Agar powder is a phycolloid extracted from a group of red marine algae, it solube in hot water but insoluble in cold water. as a solidifying agent, supension agent and desissant, it can be used in preparing microbiological culture media, bio - engineering, and food manufacture
性狀：本品有海洋中生長的紅藻為原料精製而成的水膠體，易溶於沸水，不溶於冷水，作為凝固劑、增稠劑、乳化劑、懸浮劑和乾燥劑可應用於微生物培養基、生物工程、食品加工等。The homopolymer white emulsion, which is a emulsified adhesive, is the metastable state of polymer particles after dispersing in water. it has stable adhesion, high adhesive strength, strong initial adherence, and quick drying speed. the emulsion is easy to dilute and hard to burn
均聚白乳膠，系水乳型粘合劑，是聚合物微粒分散於水中的亞穩定體系，具有粘接性能好粘接強度高，初粘力大快乾無毒無異味無溶劑可稀釋不易燃等特點。The study results indicated that, arranged in the order of magnitude, the degrees of the effects on the cementing strengths of the two interfaces were the system, emulsion, main emulsifier, fluid loss control agent and white oil respectively ; the cementing strength would be doubled and redoubled after being cleaned by preflush, especially by the system, emulsion and fluid loss control agent ; and, along with the increase in the mix slurry ratio, the initial and final set times of slurry would be obviously lengthened and the compressive strength of bond cement would be remarkably reduced or the slurry wouldn ' t be even set
研究表明：對兩界面膠結強度的影響由大到小依次是體系、乳狀液、主乳化劑、降濾失劑、白油；前置液清洗后，膠結強度成倍提高，尤其對體系、乳狀液和降濾失劑清洗效果最佳；隨混漿比的增大，水泥漿初凝和終凝時間明顯延長，水泥石抗壓強度明顯下降，甚至不凝。To explain the principles and practice of colloid science with particular reference to the stability, structure and texture of dairy - based oil and water systems
說明膠狀體科學的應用，特別在乳品為基礎的油與水系統的穩定性及組織結構。It is found that the smaller site of latex particle results in higher curing extent of waterborne epoxy / amine system, and the system has a optimized curing temperature, at which it shows the best comprehensive properties of the film and highest curing extent, and the curing extent with second amine higher than that with primary amine
研究發現，水性環城樹脂乳膠粒粒徑越小，水性環氧體系的固化程度越高；型水性環氧體系的固化存在最佳的固化溫度，在此溫度下，體系的固化反應程度最高，塗膜的綜合性能最佳；仲胺類固化劑與環氧樹脂乳膠粒的固化程度比伯胺類固化劑的高。The results showed the optimum condition and technology were that mma : ea : maa = 45 : 40 : 15, the content of total initiator was 0. 8 %, and the content of seed initiator was 0. 3 %, emulsion : talcum powder : water = 200 : 80 : 60, and the defect of too sticky of working liquid could be overcame by using talcum powder as filling agent
結果表明：單體組成比為mma ： ea ： maa 45 ： 40 ： 15時，所得乳液聚合物能滿足使用性能要求；種子引發劑加入量控制在單體量0 . 3 % ，而總的引發劑用量在0 . 8 %較適宜；以滑石粉作填料，可克服工作液增稠嚴重的缺陷，工作液的配比按膠乳：滑石粉：水質量比200 ： 80 ： 60能得到理想港寶膠片。Hpmc solution has the function of surface activity, which can be used as colloid protecting agent, emulsifying agent and dispersant
Hpmc水溶液具有表面活性功能，可作為膠體保護劑，乳化劑和分散劑分享友人