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strong hydrophilicity
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  亲水性强
     With the increasing pH,the intermediates on the surface of marmatite are Fe(OH)D_2,Fe(OH)_2D,(Zn(OH)D),respectively,which will be further oxidized into Zn(OH)_2,Fe(OH)_3 and D_2 with the increase of the potential,and the surface of marmatite has strong hydrophilicity.
     随着pH值的增大,表面中间态分别为Fe(OH)D2、Fe(OH)2D和Zn(OH)D,并随电位增大进一步氧化成Zn(OH)2、Fe(OH)3和D2,且矿物表面亲水性强
短句来源
     Due to the strong hydrophilicity of chitosan, the application of chitosan membrane was limited.
     壳聚糖(CS)是仅次于纤维素的第二大类生物多糖,CS作为膜材料由于其亲水性强,易溶胀而在应用中受到限制。
短句来源
     The rock mass for dam foundation of Shapotou Water Control Project bel ongs to the ultimate soft rock, with its mechanical properties characterized by the low strength, great deformation, strong hydrophilicity and significant time- efficiency.
     沙坡头水利枢纽工程坝基岩体属于极软岩 ,其力学特性表现为强度低、变形大、亲水性强、时效性显著。
短句来源
  “strong hydrophilicity”译为未确定词的双语例句
     Using of the strong hydrophilicity property of nano-SiO2/ nano-TiO2, a hydrophilic coating was made.
     本文利用纳米SiO2/ TiO2的超亲水性制作了一种涂层。
短句来源
     The results showed that this protein was instable, Mr 16263.8Da, pI 5.99, with strong hydrophilicity, located to both cytoplasm and nucleus.
     结果表明:该基因编码的蛋白是一种分子量16263.8Da,等电点为5.99,富含Glu、Ala、His、Lys;
短句来源
     Using internet database and bioinformatics tools to analyze the sequences of MuMADS1 gene and its product protein, the results showed that this protein was instable, with strong hydrophilicity, and the formula was C1171H1879N351O367S7. The analysis of conserved regions of MuMADS1 indicated that it had a very conserved MADS-box region and a less conserved K-box region, which was identical with the typical structure of the MADS-box gene.
     通过互联网数据库及生物信息学分析工具对香蕉MuMADS1基因及其编码蛋白进行理化性质预测、序列与结构分析和功能预测。 结果表明:MuMADS1基因编码蛋白分子式为C1171H1879N351O367S7,属于亲水的不稳定蛋白;
短句来源
     Results:Using Internet database and bioinformatics tools to analyze the protein coded by Maasr1,the results showed that this protein was instable,Mr=16 263.8,pI=5.99,with strong hydrophilicity,located to both cytoplasm and nucleus.
     结果:通过因特网数据库及生物信息学分析工具进行初步分析表明,Maasr1基因编码的蛋白是一种相对分子质量为16263.8、等电点为5.99的不稳定蛋白,富含Glu、Ala、His、Lys;
短句来源
     Methods: By bioinformatics(analy)sis,one conserved domain named VP6-1 within VP6 with strong hydrophilicity and antigenecity was picked out. The gene fragment encoding the truncated form of VP6 was amplified with PCR by using the plasmid pcDNA3.1-VP6 as a template and was inserted into the Glutathione-S-transferase(GST) fusion expression vector pGEX5X following the confirmation of enzymatic analysis and DNA sequencing.
     方法:以pcDNA3.1-VP6为模板,通过PCR扩增得到VP6的截短突变体编码基因VP6-1,将其插入谷胱甘肽巯基转移酶(GST)融合表达载体pGEX-5X,在E.
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  相似匹配句对
     THE BONE IS STRONG
     岁月流逝 骨不更年
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     the strong power
     科技:地产演进的强大动力
短句来源
     Due to the strong hydrophilicity of chitosan, the application of chitosan membrane was limited.
     壳聚糖(CS)是仅次于纤维素的第二大类生物多糖,CS作为膜材料由于其亲水性强,易溶胀而在应用中受到限制。
短句来源
     The alcoholysis products of copolymers can be used to affinity chromatography as matrices because of its strong hydrophilicity.
     醇解后得到一种新型聚乙烯醇系亲和层析基质。
短句来源
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  strong hydrophilicity
The transparent TiO2 thin film had strong hydrophilicity after being illuminated by UV light.
      
A reorientation of the MPC unit occurred dynamically in the wet state because of the strong hydrophilicity of the MPC units.
      
SPEEKK membranes show increased water uptake with sulfonated degrees increasing due to the strong hydrophilicity of the sulfonate groups.
      
However, the strong hydrophilicity and poor mechanical properties of starch prevent its application in the plastic products.
      


At neutral medium, a mixture of marmatite and pyrrhotite which was alreadyactivated by a grcat deal of cupric ions and collected by potassium butylxan-thate was successfully separated by use of a combined depressant-calciumchloride with sodium humate. Separation of the artificial mixture has indica-ted that the results can be satisfactory at medium pH 6.3-8.2, for example,a zinc concentrate assaying 43.9% Zn with a recovery of 95.14% was obtainedby one stage flotation at mediuln pH 7.2. The mechanism of separation...

At neutral medium, a mixture of marmatite and pyrrhotite which was alreadyactivated by a grcat deal of cupric ions and collected by potassium butylxan-thate was successfully separated by use of a combined depressant-calciumchloride with sodium humate. Separation of the artificial mixture has indica-ted that the results can be satisfactory at medium pH 6.3-8.2, for example,a zinc concentrate assaying 43.9% Zn with a recovery of 95.14% was obtainedby one stage flotation at mediuln pH 7.2. The mechanism of separation showsthat the combined depressant can not be able to desorb the hydrophobic pro-duct-cuprous xanthate previously adsorbed on the surface of marmatite andpyrrhotite, but calcium ions can adsorb selectively on pyrrhotite surfacefollowed by complexing sodium humate into calcium humate floc which depressespyrrhotite owing to its strong hydrophilicity. However, marmatite hardlyadsorbs either calcium ions or calcium humate, thus remaining with its goodfloatability.

在中性介质中,使用组合抑制剂一氯化钙与腐殖酸钠,成功地分选经大量铜离子活化并被丁基黄药捕收后的铁闪锌矿与磁黄铁矿混合矿物。人工混合矿物浮选分离表明,在介质pH6.3~8.2之间进行一次浮选,均取得了满意的结果,其中当介质pH为7.2时,获得的锌精矿含锌为43.9%,锌回收率95.14%。分选机理表明,组合抑制剂不能解吸矿物表面吸附的疏水物质──黄原酸亚铜,钙离子能选择吸附在磁黄铁矿表面上,继与腐殖酸钠络合生成凝絮状腐殖酸钙胶团,其强烈的亲水性使磁黄铁矿受到抑制,而铁闪锌矿几乎不吸附钙离子和腐殖酸钙,故仍保持良好的可浮性。

Hydrophobicity-hydrophilicity balance relationships for self-induced and sodium sulfide-induced flotations of sulphlde minerals have been esTablished, through solvent extraction-chemical analysis of neutral sulphur (S°) on the surfaces, measurement of redox potential (E., ) of flotation pulp, and flotatlon tests. They may be Indicated as [S°]/[OH-] and respectively. The neutral suphur (S°) was considered to be responsible for the hydrophobicity, the amount ([S°]) of which was controlled by Ept The critical...

Hydrophobicity-hydrophilicity balance relationships for self-induced and sodium sulfide-induced flotations of sulphlde minerals have been esTablished, through solvent extraction-chemical analysis of neutral sulphur (S°) on the surfaces, measurement of redox potential (E., ) of flotation pulp, and flotatlon tests. They may be Indicated as [S°]/[OH-] and respectively. The neutral suphur (S°) was considered to be responsible for the hydrophobicity, the amount ([S°]) of which was controlled by Ept The critical value of [S°] was proposed as a new concept. The hydrophilicity was con tributed to OH ion for the self-induced flotation, and to both HS- and OH-ions for the Na2S-induced flotation. At a given PH value, hydrophobicity and floatablllty increase with [S°]. For different PH values, a higher PH value results in stronger hydrophilicity, and hence the hydrophobicity and flotation require more [S°]. Lower PH values are in correspondence with the smaller [S°].

HYDROPHOBICITY-HYDROPHILICITYBALANCERELATIONSHIPSFORCOLLECTORLESSFLOTATIONOFSULPHIDEMINERALSHYDROPHOBICITY-HYDROPHILICITYBALA...

Four acryloyl modified polymerizable lipids derived from malate and aspartate, i.e. O acryloyl dihexadecyl malate (LM16 A),O methacryloyl dihexadecyl malate (LM16 MA),N acryloyl dihexadecyl aspartate (Asp16 A),N methacryloyl dihexadecyl aspartate (Asp16 MA),were synthesized and copolymerized with two hydrophilic monomers:2 hydroxyethyl methacrylate (HEMA) and 3 sulfopropyl methacrylate potassium salt (SPMAP) to form amphiphilic copolymers.The selforganization of these copolymers was investigated in water.It...

Four acryloyl modified polymerizable lipids derived from malate and aspartate, i.e. O acryloyl dihexadecyl malate (LM16 A),O methacryloyl dihexadecyl malate (LM16 MA),N acryloyl dihexadecyl aspartate (Asp16 A),N methacryloyl dihexadecyl aspartate (Asp16 MA),were synthesized and copolymerized with two hydrophilic monomers:2 hydroxyethyl methacrylate (HEMA) and 3 sulfopropyl methacrylate potassium salt (SPMAP) to form amphiphilic copolymers.The selforganization of these copolymers was investigated in water.It is found that the formation of stable liposomes from these copolymers depends largely on the nature of the comonomers.Thus,the copolymers with weak hydrophilic groups (HEMA) couldn't form liposome,while the copolymers with strong hydrophilicity and large size (SAMAP) could form stable liposomes.

可聚合脂质体的研究Ⅳ含丙烯酰基的类脂分子及其与亲水性丙烯酰单体的共聚物金威曲青蓝李子臣李福绵(北京大学化学与分子工程学院北京100871)关键词可聚合类脂分子,共聚合,自组织,脂质体脂质体因其优异的生物相容性做为药物释放材料而备受瞩目.一般说来,...

 
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