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   sandblasting 在 口腔科学 分类中 的翻译结果: 查询用时:0.189秒
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sandblasting
相关语句
  喷砂
    Results: Two-way ANOVA was revealed that the group of sandblasting +silica coating attained the highest shear bonding strength: 34.7±3.44 MPa (after 24 hours), 31.5±3.34 MPa (after 30 days), which was significantly different from other groups (P<0.01). While the differences among the other three groups showed no statistical significance (P>0.05).
    结果:喷砂处理后的氧化锆陶瓷的黏结强度为:(34.7±3.44)MPa(水浴24h),(31.5±3.34)MPa(水浴30d),和其他组黏结强度差别有统计学意义(P<0.01),而其他3组间差别均无统计学意义(P>0.05)。
短句来源
    In the sandblasting groups did the same treatment after sand blasting on brackets(group B),enamel(group C) and both(group D) respectively.
    喷砂组对托槽底部(B组)、釉质表面(C组)分别喷砂或同时(D组)进行喷砂处理后再做常规黏结。 记录抗剪切强度和残留黏合剂指数(ARI)。
短句来源
    The effect of intraoral sandblasting on the bond strength between Ni-Cr alloy and composite resin
    口内喷砂增强Ni-Cr合金与复合树脂间粘接强度的研究
短句来源
    Materials and Methods: The third-fifth passage osteoblasts was poured onto all 3 different surface treatment discs-G (groove), SB (sandblasting), TPS (titanum-sprayed plasma) in 12-well plate, to study the influence of attachment, proliferation , differentiation of osteoblasts on different titanium surface microtopography by SEM observation , MTT Assay , Alkaline Phosphatase (ALP)activity and Osteocalcin(OC) measurements, plastic surface were used as a control.
    材料和方法:将原代培养的成骨细胞与三种不同处理的钛片—机械打磨组G(groove)、喷砂组SB(sandblasting)、钛浆喷涂组TPS(titanum-sprayed plasma)共同培养,采用扫描电镜、MTT法、碱性磷酸酶活性(ALP)及骨钙素分泌(OC)的检测来观察不同表面微形态对成骨细胞粘附、增殖、分化的影响。
短句来源
    Conclusion The titanium castings could be immerged into 1mol:5mol (HF:HNO 3) acid combination for 60sec after 90sec sandblasting at the pressure of 0.6 MPa in order to get rid of the whole thickness of contaminated layer of its surface.
    结论 经 0 .6MPa压力喷砂 90sec的试件在 1mol:5mol(HF :HNO3)混合酸溶液中浸泡 6 0sec即可将表面污染层完全去除
短句来源
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  喷砂
    Results: Two-way ANOVA was revealed that the group of sandblasting +silica coating attained the highest shear bonding strength: 34.7±3.44 MPa (after 24 hours), 31.5±3.34 MPa (after 30 days), which was significantly different from other groups (P<0.01). While the differences among the other three groups showed no statistical significance (P>0.05).
    结果:喷砂处理后的氧化锆陶瓷的黏结强度为:(34.7±3.44)MPa(水浴24h),(31.5±3.34)MPa(水浴30d),和其他组黏结强度差别有统计学意义(P<0.01),而其他3组间差别均无统计学意义(P>0.05)。
短句来源
    In the sandblasting groups did the same treatment after sand blasting on brackets(group B),enamel(group C) and both(group D) respectively.
    喷砂组对托槽底部(B组)、釉质表面(C组)分别喷砂或同时(D组)进行喷砂处理后再做常规黏结。 记录抗剪切强度和残留黏合剂指数(ARI)。
短句来源
    The effect of intraoral sandblasting on the bond strength between Ni-Cr alloy and composite resin
    口内喷砂增强Ni-Cr合金与复合树脂间粘接强度的研究
短句来源
    Materials and Methods: The third-fifth passage osteoblasts was poured onto all 3 different surface treatment discs-G (groove), SB (sandblasting), TPS (titanum-sprayed plasma) in 12-well plate, to study the influence of attachment, proliferation , differentiation of osteoblasts on different titanium surface microtopography by SEM observation , MTT Assay , Alkaline Phosphatase (ALP)activity and Osteocalcin(OC) measurements, plastic surface were used as a control.
    材料和方法:将原代培养的成骨细胞与三种不同处理的钛片—机械打磨组G(groove)、喷砂组SB(sandblasting)、钛浆喷涂组TPS(titanum-sprayed plasma)共同培养,采用扫描电镜、MTT法、碱性磷酸酶活性(ALP)及骨钙素分泌(OC)的检测来观察不同表面微形态对成骨细胞粘附、增殖、分化的影响。
短句来源
    Conclusion The titanium castings could be immerged into 1mol:5mol (HF:HNO 3) acid combination for 60sec after 90sec sandblasting at the pressure of 0.6 MPa in order to get rid of the whole thickness of contaminated layer of its surface.
    结论 经 0 .6MPa压力喷砂 90sec的试件在 1mol:5mol(HF :HNO3)混合酸溶液中浸泡 6 0sec即可将表面污染层完全去除
短句来源
更多       
  喷砂处理
    In the sandblasting groups did the same treatment after sand blasting on brackets(group B),enamel(group C) and both(group D) respectively.
    喷砂组对托槽底部(B组)、釉质表面(C组)分别喷砂或同时(D组)进行喷砂处理后再做常规黏结。 记录抗剪切强度和残留黏合剂指数(ARI)。
短句来源
    Group C:treated by machinery and Al2O3 sand blasting of 100 μm.
    C组:单纯的机械处理+100μm的Al2O3喷砂处理;
短句来源
    Group D:treated by 65% nitric acid at 100 ℃ for one hour following treatment by machinery and Al2O3 sand blasting of 100 μm.
    D组:单纯的机械处理+100μm的Al2O3喷砂处理后+65%的硝酸(100℃,1h)处理。
短句来源
  “sandblasting”译为未确定词的双语例句
    Sandblasting group.
    Ⅰa.常规粘接组 根据厂家说明常规粘接。
短句来源
    Among them 3 groups were treated with A(sandblasting+silance), B(etching+silace) or C(silance), separately, while group D was set as the control.
    将 2 4个陶瓷试件分为 4组 ,分别用上述 3种方法进行表面处理 ,未处理组为对照组。
短句来源

 

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      sandblasting
    Two surface roughnesses were studied (rough, produced by sandblasting, and smooth, produced by lapping with #60 grit) and accumulated displacements reached 60 mm.
          
    The Fe contamination may have originated mainly from the sandblasting procedure of the silica boat with impure abrasive.
          
    Sandblasting significantly increased the bond strength, whereas hand sanding and acid cleaning actually reduced interface strength.
          
    Determining the abrasion resistance of refractories on the "Kalibr" sandblasting equipment reflects the nature of the abrasive action which the refractory lining undergoes in service, and allows the production of rapid results.
          
    Method of determining abrasion resistance of refractories with sandblasting equipment
          
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    The adhesoin to three alloys: Durabond,GH30 and soft Co-Cr, by PE adhesive wasinvestigated. The surfaces of metals weretreated by polishing, sand-blasting, positive-oxidation and complex processing in orderto test the tensile bond strengths betweenmetals and PE adhesive; to study the effectsof the surface treatment of metals on adhe-sive properties; and to compare the tensilestrength with that from the control experi-ment with EB composite resin and Panavia-EX resin under the same conditions. Theresults showed...

    The adhesoin to three alloys: Durabond,GH30 and soft Co-Cr, by PE adhesive wasinvestigated. The surfaces of metals weretreated by polishing, sand-blasting, positive-oxidation and complex processing in orderto test the tensile bond strengths betweenmetals and PE adhesive; to study the effectsof the surface treatment of metals on adhe-sive properties; and to compare the tensilestrength with that from the control experi-ment with EB composite resin and Panavia-EX resin under the same conditions. Theresults showed the mean tensile bondstrengths between PE adhesive and Dura-bond, GH30 and soft Co-Cr alloys after thetreatment of sandblasting and positiveoxidation were 214.65 ±51.68 kg/cm~2, 372.88±21.88kg/cm~2 and 349.21±48.32kg/cm~2,respectively, displaying better adhesivepro perties and stability of resistance towater.

    作者用PE粘接剂与分别经抛光、喷砂、阳极氧化或复合处理的Durabond、GH_(30)和软质Co-Cr三种合金进行粘接的研究,以考察表面处理对粘接性能的影响。结果表明,经表面复合处理后的上述三种合金与PE粘接剂的抗张粘接强度分别为214.65±51.68、372.88±21.88和349.21±48.32kg/cm~2,显示了较好的粘接性能和耐水稳定性。作者并比较了PE、EB和Panavia-EX树脂等的粘接效果展果:除PE和Panavia-EX与Durabond粘接TBS值无显著性差异外(P>0.05),PE与另外两种合金粘接的TBS值均高于Panavia-EX和EB复合树脂(P<0.01)。PE与Durabond粘接的TBS值亦高于EB复合树脂。

    Abstract when the castable ceramics were bonded with light-self cured resin cement,the adhesive strength was affected by the treatment of the surface of ceramics。In this study,shear bonding strength tests were performed to investigate the adhesive effect of Porcelite Dual Cure cement onto OCC(Olympus Castable Ceramics)which had been treated with fluoric acid,Silane and sand-blast. As the result.fluoric acid treatment was not advised to use to OCC;Porcelite had little adhesive ability to OCC,but the adhesive...

    Abstract when the castable ceramics were bonded with light-self cured resin cement,the adhesive strength was affected by the treatment of the surface of ceramics。In this study,shear bonding strength tests were performed to investigate the adhesive effect of Porcelite Dual Cure cement onto OCC(Olympus Castable Ceramics)which had been treated with fluoric acid,Silane and sand-blast. As the result.fluoric acid treatment was not advised to use to OCC;Porcelite had little adhesive ability to OCC,but the adhesive strength was improved when silane was used;maximum shear bonding strength was obtained when OCC surface was silane treated with the combination of sandblasting.

    用光化学固化型复合树脂粘接铸造陶瓷贴面修复体时,陶瓷粘接面的预处理直接影响到粘接效果。本实验对OCC(OlympusCastableCeramics)表面作氢氟酸、硅烷偶联剂及氧化铝喷砂处理后,与PorceliteDualCureCement粘接,测量剪切粘接强度,结果表明:氢氟酸不适宜用于OCC的预处理;Porcelite对OCC无粘接性,但经硅烷处理后可获得足够的粘接力;硅烷偶联剂和50μ氧化铝喷砂处理并用时,粘接力最大为290kg/cm2。

    This study evaluated the effectiveness of sandblastin g, hydrofluoric acid (HF) etching, and painting KH-570 after HF etching on light-curing composite resin repair. Two different composites ( GD and VIVADENT composite ) were used to test. The results showed that HF etching provided the strongest repair strength for OD composite,sandblasting provided the highest repairs for VTVADENT. Painting KH-570 after HF etching gave the lowest bond strengtth, but there were no statistical differences among the test...

    This study evaluated the effectiveness of sandblastin g, hydrofluoric acid (HF) etching, and painting KH-570 after HF etching on light-curing composite resin repair. Two different composites ( GD and VIVADENT composite ) were used to test. The results showed that HF etching provided the strongest repair strength for OD composite,sandblasting provided the highest repairs for VTVADENT. Painting KH-570 after HF etching gave the lowest bond strengtth, but there were no statistical differences among the test groups.

    本研究评价了喷砂、氢氟酸(HF)、氢氟酸处理后涂KH-570乙醇液等方法时国产GD光固化复合树脂以及进口VIVADENT复合树脂的修补效果.结果表明:9.6%HF处理国产树脂、喷砂处理进口树脂均获得最大的修补强度,HF+KH-570处理方法虽为每种材料中之最小者,但与其它修补方法间无显著性差异.

     
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