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the bonding strength     
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  结合强度
     Results show that the bonding strength of the HA/Ti (Ti, 44.6ω%) composite coatings is up to 23.2 MPa when Ti substrate is treated in H2O2/ NH3·H2O solution and sintered at 700℃.
     结果表明:用H2O2/NH3·H2O处理Ti基底,700℃下烧结,Ti含量为44.6%的HA/Ti复合涂层结合强度可达到23.2MPa。
短句来源
     When measured the bonding strength(MPa) of the samples, group Ⅳ was higher than group Ⅲ(P<0.01), and group Ⅰ was higher than group Ⅱ(P<0.05).
     结合强度Ⅳ组明显高于Ⅲ组(P<0.01),Ⅰ组高于Ⅱ组(P<0.05);
短句来源
     Study on the Bonding Strength and Thermal Stability of Electrodeposition HA/TiO_2 Composite Coating
     电沉积HA/TiO_2复合涂层的结合强度和热稳定性研究
短句来源
     Influence of Additive TiO_2 on the Bonding Strength of Plasma- sprayed Biologic HAP Coating
     TiO_2添加剂对等离子喷涂生物涂层HAP结合强度的影响
短句来源
     Calcination could improve the bonding strength up to 18.7 MPa, when the mass fraction of TiO 2 in the coating was 72.2%.
     结合强度随涂层中TiO2 含量的增加而提高 ,经烧结后涂层的结合强度显著提高 ,涂层中TiO2 质量分数为 72 2 %时 ,其结合强度可达 18 7MPa。
短句来源
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  界面结合强度
     15% polymer can lead to the bonding strength 5%~10% higher.
     外掺 15 %高聚物可使界面结合强度提高 5 %~ 10 %。
短句来源
     Improvement of the Bonding Strength between EVAL and 316L Stainless Steel by RF Plasma Treatment
     等离子体预处理对316L不锈钢-EVAL界面结合强度的影响
短句来源
     Study on the Bonding Strength of the Composite Interface of a Bioactive Glass Ceramics-TC4 Alloy
     生物活性玻璃陶瓷-TC4钛合金复合界面结合强度的研究
短句来源
     The detecting results show that,the interface of bimetal compound casting is completely metallurgical combine,there are two continuous distribution layers(FeAl3 and Fe2Al5) in the interface. The bonding strength is about 76.4MPa.
     所得到的双金属复合铸件结合界面为完全冶金结合,复合层组织为连续分布FeAl_3与Fe_2Al_5中间化合物,界面结合强度为76.4MPa。
短句来源
     The Cr content of the CrCu tail is another important factor affecting the bonding strength between CuW/CrCu interface. It is necessary to have a suitable Cr content.
     尾部CrCu的Cr含量是影响CuW/CrCu界面结合强度的另一重要因素,适当的Cr含量是必须的。
短句来源
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  胶合强度
     The bonding strength of the veneer was average 0. 812MPa slightly higher than 0. 779MPa ofveneer dried by convection drier with net conveyer.
     胶合强度平均0.812MPa,略高于网带对流干燥单板胶合强度0.779MPa。
短句来源
     2)the bonding strength of 80 percent of the products was higher than 050 MPa;
     2)80%的产品胶合强度平均值达到0.50MPa以上;
短句来源
     This Paper desecribes the adhesive made from 100% peanut shell with alkaline(PSA), being mixed with 30%~50% PF-resin for the first grade of plywood, and the bonding strength of the plywood meets the national standard of China(GB 9846. 4-88), and makes an approach to the PSA formulations,amounts of PF-resin and the hot bonding techniques of plywood.
     本文用100%花生壳经碱法工艺制成胶液(PSA),加入30%~50%的增强剂(PF)作Ⅰ类胶合板用胶粘剂,胶合强度达到GB9846.4-88标准.同时对PSA配方、PF用量及热压工艺进行了探讨.
短句来源
     The results demonstrated that the ideal mixing ratio of powder TPF and water was 10∶9 by weight and the bonding strength was improved after laying the blended liquid adhesive for 24 h.
     结果表明 :粉状 TPF树脂胶与水按 10∶ 9的重量比混合均匀并陈放 2 4 h后再使用 ,胶合板的胶合强度比较理想 ;
短句来源
     The influence factors were analyzed. The result showed that the properties were best when mol ratio of formaldehyde, urea, phenol was 10:8:1.The bonding strength reached specified value of GB/T 17656-1999.
     分析了各因素对改性脲醛树脂的影响,得到甲醛、尿素、苯酚摩尔比为10:8:1时树脂性能最佳,胶合强度和木破率均达到GB/T 17656-1999标准规定值。
短句来源
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  涂层结合强度
     Results show that the bonding strength of the HA/Ti (Ti, 44.6ω%) composite coatings is up to 23.2 MPa when Ti substrate is treated in H2O2/ NH3·H2O solution and sintered at 700℃.
     结果表明:用H2O2/NH3·H2O处理Ti基底,700℃下烧结,Ti含量为44.6%的HA/Ti复合涂层结合强度可达到23.2MPa。
短句来源
     The results showed that the bonding strength and micro-hardness of Ni60 coating reached 44.6MPa and 963.8HV respectively, which were obviously higher than Ni wrapped C and Ni wrapped MoS2 coatings.
     结果表明:烧结粉末Ni60制备的涂层结合强度达44.6MPa、显微硬度963.8HV,均明显优于包覆粉末Ni包C、Ni包MoS2制备的涂层;
短句来源
     The strength of the coating increased with the WC-17Co content. The bonding strength approaches to 184MPa when the content of WC-17Co reaches 69wt% in the coating.
     涂层自身结合强度随WC-17Co含量的增加而增大,当涂层中WC-17Co含量为69wt%时,涂层结合强度达184MPa。
短句来源
     Effects of Pretreatment on the Bonding Strength of PPS/FEP Composite Anti-corrosive Coatings
     表面预处理对PPS/FEP复合防腐涂层结合强度的影响
短句来源
     The Bonding Strength and Failure Modes of Thermal Barrier Coatings
     热障涂层结合强度及失效模式研究
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      the bonding strength
    From the so-called Gschneidner correlation one would have expected the contrary behavior, that is, that the bonding strength would become slightly lower when going from LaM2 to LuM2.
          
    Thus for the alkali halides, one examines the bonding strength for the combination of gaseous ions with the same charges and electronic configurations as in the ionic solid.
          
    Results showed that the bonding strength between coating and Ti-6Al-4V substrate increased with increase of titanium content in the composite coatings.
          
    Introducing ZrO2 bond coat is found to significantly promote the bonding strength of HA coating.
          
    The purpose of the investigation was to study the effects of those processing variables on the bonding strength and failure behavior of the system.
          
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    A new scheme is proposed to correlate the bond energies of molecular complexes. It is formulated in the form of the following equation:-⊿H=96.487 αβ/(I-E)where⊿H is the heat of formation of the complex with the donor and the acceptor molecules at infinite separation as the reference state; α, E and β, I are two pairs of parameters characterizing respectively the acceptor and the donor in the bonding strength of the complex formation. Of the four parameters, only I has the definite meaning and is set equal...

    A new scheme is proposed to correlate the bond energies of molecular complexes. It is formulated in the form of the following equation:-⊿H=96.487 αβ/(I-E)where⊿H is the heat of formation of the complex with the donor and the acceptor molecules at infinite separation as the reference state; α, E and β, I are two pairs of parameters characterizing respectively the acceptor and the donor in the bonding strength of the complex formation. Of the four parameters, only I has the definite meaning and is set equal to the ionization potential of the donor. The numerical factor 96.487 appears because it is found convenient to express ⊿H in kJ and the quantities on the right side of the equation in eV. The calculated values are in good agreement with the experimental results for over 350 complexes which involve a variety of bonding types such as σ~*-n, σ~*-π, π-π, π-n as well as many typical hydrogen bondings (cf. Tables 2,3 and 4 in the Chinese Text). On the basis of the new scheme discussion on ionization potential, strain energy and coordination center are tentatively given.

    本文提出一个定量表达分子络合物中给体和受体作用能的计算模式.根据此模式对约350种分子络合物的生成热进行计算,计算值和实验值吻合良好.在此键能计算模式的基础上,还对给体电离势、配位中心和位阻效应等问题展开讨论.

    Based on the interaction of asperities and upper-bound approach a mathematical model for simulation of friction phenomenon between dies and workpiece was proposed. Optimizing the mathematical model with respect to several variables, it was found that in addition to adhering, tearing, ploughing, etc., asperities of workpiece can wave-like move along the surface layer and under certain circumstances they may disappear If asperities wavily move along the surface layer friction coefficient depends on the geometry...

    Based on the interaction of asperities and upper-bound approach a mathematical model for simulation of friction phenomenon between dies and workpiece was proposed. Optimizing the mathematical model with respect to several variables, it was found that in addition to adhering, tearing, ploughing, etc., asperities of workpiece can wave-like move along the surface layer and under certain circumstances they may disappear If asperities wavily move along the surface layer friction coefficient depends on the geometry of asperities. However, the bonding strength of asperities has no significant influence on friction coefficient The depth of the plastic deformation layer is related to the geometry of asperities, too. The soundness of the prerequisite of the proposed model and some analytical results were verified by experiments.

    本文中以刚性微凸体与可变形微凸体的相互作用模拟金属压力加工过程中模具与工件之间的摩擦过程,并用上限法分析所提出的模型。将数学模型进行多变量最优化处理后发现,金属压力加工过程中,除了可能发生工件上的微凸体与模具上的微凸体相互粘结、撕裂和犁沟等现象外,工件上的微凸体可能沿工件表面波浪式前进,形成塑性波,也可能被辗平而消失。在形成塑性波的条件下,摩擦系数与微凸体几何形状有关。但微凸体的连结强度对摩擦系数影响不大。微凸体的几何形状对工件表面下的塑性变形层的深度有显著的影响。实验结果证实了本文所提出的模型的前提的正确性以及部分理论分析结果。

    A linear relation between the reduced overlap population PMM' and the re- duced energy matrix elements in the EHMO method has been proyed. By cal- culating the PMM' of some typical transition metal clusters, it is found that the PMM', which is used as an index of the bonding strength between the me- tals, can better describe the relations of the bonding effect with the bond length bridge radical electronegativity, d election number of metal atom and igands.

    本文论证了由分子轨道近似得到的约化重迭集居数PMM’与约化能量矩阵元的线性关系,并计算了若干典型过渡金属簇合物的PMM’,指出以PMM’作为表示金属间成键作用的指标能较好地解释键强与键长、桥基电负性、金属d电子数以及配体间的关系。

     
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