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remineralization
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  再矿化
     Conclusion: The results indicate that all of the three fluoride-containing agents can promote the remineralization of deciduous teeth in vitro, and that both APF-LaCl 3 and 380 g/L Ag(NH 3) 2F are more effective than 100 g/L(NH 4) 2, MoO 2 F 4.
     结论 :3种氟素制剂都可有效的促进乳牙体外再矿化 ,其中APF LaCl3 和 380 g/LAg (NH3 ) 2 F效果最佳 ,优于 10 0 g/L(NH4 ) 2 MoO2 F4 。
短句来源
     Conclusion:Lanthanum chloride solution at 0.1 g/L has the same remineralization effect to 0.5 and 2.0 g/L in deciduous teeth with artificial enamel caries.
     结论低浓度氯化镧对乳牙人工釉质龋有再矿化作用。 0.1g/L的镧溶液具有与0.5、2.0g/L镧溶液相同的再矿化效果。
短句来源
     Results The test value of softening dentine after remineralization and filled with GIC is evidently increased(P<0.001),and the increasing value is higher than Dycal group(P<0.01),and is evidently higher than ZOE group(P<0.001),which has statistic meaning.
     结果GIC充填组软化牙本质再矿化后所测显微硬度值明显增加(P<0.001),增加值高于Dycal组(P<0.01),明显高于ZOE组(P<0.001),有统计学意义。
短句来源
     Objective:To evaluate the remineralization effect of low concentration lanthanum chloride on artificial enamel caries in deciduous teeth.
     目的研究低浓度氯化镧(LaCl3)溶液对乳牙人工釉质龋再矿化的影响,比较3种不同浓度氯化镧的再矿化效果。
短句来源
     Conclusion: Effect of remineralization of demineralized dentin was enhanced by 0.5mol/L NaCl solution treatment,and the lattice became more stable.
     结论:0.5 mol/L氯化钠溶液可以提高脱矿牙本质再矿化的效果,生成的晶体晶格更稳定。
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  再矿化作用
     Conclusion:Lanthanum chloride solution at 0.1 g/L has the same remineralization effect to 0.5 and 2.0 g/L in deciduous teeth with artificial enamel caries.
     结论低浓度氯化镧对乳牙人工釉质龋有再矿化作用。 0.1g/L的镧溶液具有与0.5、2.0g/L镧溶液相同的再矿化效果。
短句来源
     Results The results showed significant differences in reducing the decalcification with boosting up the remineralization from the enamel of teeth between the experiment team and antitheses team with different concentration of fluoride foam(P<0.01). But the results showed no significant differences in reducing the decalcification with boosting up the remineralization from the enamel of teeth between premolar teeth with 0.60% fluoride foam and premolar teeth with 0.92% fluoride foam(P>0.05).
     结果在使用不同浓度的氟化泡沫实验组与对照组之间,对减少牙釉质脱矿作用,增强牙釉质的再矿化具有显著性差异(P<0.01),而前磨牙同一条件下0.6%氟化泡沫与0.9%氟化泡沫对对减少牙釉质脱矿作用,增强牙釉质的再矿化作用相比较无显著性差异(P>0.05)。
短句来源
     Objective To evaluate the remineralization effect of milk with lanthanum, milk with fluoride and milk with calcium on artificial enamel caries.
     目的观察镧奶、氟奶、钙奶再矿化液对人工龋表层下脱矿的再矿化作用及再矿化的形成机制。
短句来源
     Objective To investigate the influence of soluble phosphoprotein removal from artificial dentin caries lesions by pretreatment of NaCl on subsequent remineralization Methods Human root dentin samples were demineralized in an acidic gel(pH=4 4)at 37℃ for 48 hours Samples were pretreated with 0 5 mol/L NaCl solution and 0 5mol/L disodium EDTA solution respectively The histomorphologic changes of root caries surface were examined by scannings electronic microscope Mineral profiles were assessed by means of microradiography.
     目的 探讨单纯用氯化钠 (NaCl)溶液处理人牙根面牙本质早期龋后 ,提高根面早期龋再矿化作用的可行性。 方法 在人牙根面上形成早期人工龋 ,将标本分组 ,分别用 0 5mol/LNaCl溶液和 0 5mol/LEDTA二钠盐溶液浸泡后 ,用再矿化液处理。
短句来源
     Conclusion Slow-release fluoride tablet could enhance saliva's remineralization effect and improve the caries resistance of enamel.
     有氟期正常釉质经酸处理后脱矿程度低于无氟期。 结论 缓释氟粘贴片能提高唾液对早期龋的再矿化作用 ,增进正常釉质的抗酸能力。
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  “remineralization”译为未确定词的双语例句
     Marine heterotrophic nanoflagellate(HNF),as a key link in microbial loop,plays an important role in the material cycle,energy flow and nutrient remineralization of marine ecosystems.
     微型异养鞭毛虫作为海洋微食物环的关键环节之一,在海洋生态系统的物质循环、能量流动和营养盐再生等方面扮演极其重要的角色,是当代海洋微食物环研究的重要对象.
短句来源
     After remineralization the samples were sectioned, rediographied and the minera content were determined by microdensitometry. Result The remineralizing solution replaced 9 19%,14 27%,29 07%,38 45% of mineral lost after 1,3,5,10 days respectively (Y=6 8516+3 3456X; R 2=0 9235; Y:remineralizing rate; X time). Significant differences were found in remineralizing rate between any two groups using One-way Scheffe multiple comparison.
     结果 经 1、3、5、10天后 ,矿化液分别取代矿物质缺失 9.19%、14.2 7%、2 9.0 7%、38.45 % ,求得直线回归方程为 :(Y=6 .85 5 8+3.34 5 1X;R2 =0 .92 35 ) ,经统计学检验 ,此方程有意义 (tr=4.91,P<0 .0 5 )。
短句来源
     Compared with NaF and fluoride protector, the remineralization solution group had significant difference (P<0.001), but there was no significant difference between the NaF and fluoride protector(P>0.05).
     氟微量元素矿化液作用后牙釉质KHN升高最明显,与氟化钠、氟保护剂相比差异有统计学意义(P<0.001),氟化钠与氟保护剂相比差异无统计学意义(P>0.05)。
短句来源
     It is proved that F has the function of preventing and inhibiting caries and Ca has the function of remineralization.
     本文的研究证明了氟(F)具有阻碍和抑制龋齿生长的功能,钙(Ca)具有使牙重复参入无机物(Ca)的功能.
短句来源
     The rare earth element and trace element geochemistry of the granites are totally different from those of the ore hosted dolomite marbles in the Baiyunebo giant RE Nb Fe ore deposit,which imply that the RE mineralization of the deposit is not directly related to the granite magmatism.
     白云鄂博花岗杂岩体的稀土元素和微量元素地球化学特征明显不同于白云鄂博 RE- Nb- Fe矿床赋矿白云石大理岩 ,暗示稀土元素的成矿作用与花岗岩岩浆活动没有直接的成因联系。
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  remineralization
The remineralization of the detritus pool is an important source of nutrient regeneration, It can compensate 23 percent of the nutrient consumed by the production process.
      
The process of remineralization requires appropriate conditions to occur, and one of those conditions is pH.
      
The turnover of bacteria is included implicitly in processes such as detritus decomposition, DON remineralization, pelagic nitrification and denitrification.
      
The rapid recovery of the crop in the nutrient-poor water points to intensive remineralization processes.
      
Regional studies of daily, seasonal and size fraction variability in ammonium remineralization
      
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Experiments on the remineralization of artificial carious enamel with radioactive isotope ~(45)Ca are presented. ~(45)Ca can be deposited in the demineralized area of artificial caries from outer environment. The experiments show that the density of the developed silver granules in autoradiograms clearly represents the intrusive quantity of calcium ion and the degree of demineralization.In addition, in this paper, the possibility of remineralization in human body; the relation between the degree...

Experiments on the remineralization of artificial carious enamel with radioactive isotope ~(45)Ca are presented. ~(45)Ca can be deposited in the demineralized area of artificial caries from outer environment. The experiments show that the density of the developed silver granules in autoradiograms clearly represents the intrusive quantity of calcium ion and the degree of demineralization.In addition, in this paper, the possibility of remineralization in human body; the relation between the degree of demineralization and that of remineralization; and the significance in the clinical work are discussed.

取离体牙制成人龋,用~(45)Ca之同位素液体浸泡,在自显影照片上,均可见釉质层在不同钙化程度之区域显示出不同程度之黑色,如自然龋之黑色最深,人工龋和牙本质之黑度相似。表明钙化程度越低,渗入之钙亦越多。也说明了牙硬组织脱钙越严重,相应地会得到更多的钙。 牙釉质由羟磷灰石构成,脱钙后其本身结构发生改变,即在其晶格的某一位置上缺少钙离子,这些缺钙的磷灰石是不稳定的,当周围直接环境中如有一定量的钙,经过离子交换作用,钙离子能渗入牙硬组织之钙化较低部分。 经以上实验结果说明以含钙之再矿化液浸泡龋,也会得到再矿化之效果。

The purpose of this paper was to observe the demineralization and remineralization treated with the fluoride on the bovine enamel in 4 ways at 10℃ and 40℃ respectively.The results proved that temperature was an important factor for the reactions in the demineralization and remineralization. The speed of reaction was obviously rapid in higher temperature. At 37℃, The artificial caries lesion was heavier and the range of the subsurface area was larger. The remineralization of the early caries...

The purpose of this paper was to observe the demineralization and remineralization treated with the fluoride on the bovine enamel in 4 ways at 10℃ and 40℃ respectively.The results proved that temperature was an important factor for the reactions in the demineralization and remineralization. The speed of reaction was obviously rapid in higher temperature. At 37℃, The artificial caries lesion was heavier and the range of the subsurface area was larger. The remineralization of the early caries was also rapid however the lesion showed shallow. At 10℃, the situation was opposite. In the acid gel containing fluoride, the degree and depth of lesions were similar whatever at 37℃ or 10℃.

本实验观察了37℃和10℃两种不同温度条件下,牛牙釉质脱矿和再矿化的过程。结果表明温度是影响脱矿和再矿化过程的重要因素。在37℃时,人工龋的病变重,表层下脱矿区范围大,早期龋的再矿化也迅速;10℃时则相反;在含氟酸胶中,病变的范围和深度37℃与10℃者没有差别。

The transformation of urea and the fate of fertilizer-N in fluvo-aquic soil-winter wheat system in the semi-humid warm temperate zone of China were investigated in the field by micro-plot technique with 15N. Theresults show.1.Nitrification and immobilization are dominant processes in soil of urea-N banded as basal fertilizer.The remineralization of the immobilized N in spring is as high as around 60%. Only a few percent of the N applied is fixed by clay minerals of the soil, though the dominant clay minerals...

The transformation of urea and the fate of fertilizer-N in fluvo-aquic soil-winter wheat system in the semi-humid warm temperate zone of China were investigated in the field by micro-plot technique with 15N. Theresults show.1.Nitrification and immobilization are dominant processes in soil of urea-N banded as basal fertilizer.The remineralization of the immobilized N in spring is as high as around 60%. Only a few percent of the N applied is fixed by clay minerals of the soil, though the dominant clay minerals of the soil are hydromica and montmorillonite.2.The loss of urea-N banded as basal fertilizer is higher than that of top-dressed at revival or enlongation stages in spring. Irrigation just after top-dressing lowers the loss of urea-N. N loss is taking place only inspring when the temperature rises. Leaching loss is negligible in the growing season of wheat.3.Losses of fertilizer-N are in the range of 33-45%,among which am-monium bicarbonate is the highest, followed by ammonium sulfate and 15NH4NO3 while the losses of urea and NH415NO3 are the lowest.

在田间条件下,用~(15)N标记的微区试验法研究了潮土-冬小麦系统中尿素的转化和化肥氮的去向。结果表明:土壤中尿素水解后,主要进行硝化和生物固定,而被粘土矿物固定的量很少;小麦返青后,随着气温上升,生物固定的标记氮不断分解,其量可达总生物固定量的60%。作为基肥条施的尿素,其损失略高于作返青肥或拔节肥表施后随即灌水的处理。氮素损失主要发生在春季气温回升后的生长期间,当季的淋洗损失极微。在较为适宜的用量和施用技术下,化肥氮的损失仍达33—45%,其中以碳酸氢铵为最高,次为硫酸铵和硝酸铵,而尿素和硝酸铵中的硝态氮损失最低。

 
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