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plating solution temperature
相关语句
  镀液温度
     The result showed that the current density was 1.1 - 2. 7A/dm2. The stable homogeneous golden plating coating could be obtained with the plating solution temperature and pH value being properly conditioned and through aftertreatment.
     结果表明,电流密度为1.1~2.7A/dm~2,适当调节镀液温度和pH值,并经后处理工艺,可获得均一稳定的金色镀层。
短句来源
     Measure of Electro-Brush Plating Solution Temperature Using Virtual Instrument Based on Infrared Irradiation
     纳米电刷镀液温度的虚拟检测
短句来源
     It is shown that n-TiO2 composite plating reaches the best wear resistance when the n-TiO2 takes amount of 20 g / L,nano particle size is smaller than 30 nm,brush plating solution temperature is 40 ℃,and brush plating voltage is 14 V.The wear resistance of composite plating is four times that of pure nickel coating.
     通过正交试验对这4种因素进行了优化,试验结果表明:当纳米粒子的质量浓度为20g/L,纳米粒子粒径小于30nm,镀液温度为40℃,刷镀电压为14V时,电刷镀镀层的耐磨性达到最优,其耐磨性是纯镍镀层的4倍.
短句来源
  “plating solution temperature”译为未确定词的双语例句
     Current efficiency, deposit composition and microhardness of nickel-tungsten alloy electrodeposition in pyrophosphorus bath were studied by adjusting Ni/W ratio in plating solution, temperature and deposition current density.
     通过调节镀液中不同的 Ni/ W 比例、温度和沉积电流密度,研究在焦磷酸盐体系中镍钨合金电沉积的电流效率、沉积层组成和显微硬度。
短句来源
     This essay analyzes the principle of substitutive coating on powder by means of thermodynamics, and discusses the influencing factors of substitutive coating, e.g. original powder, concentration of plating solution, temperature, stirring speed, and addition agents.
     从热力学角度分析了置换包覆粉末的原理,并探讨了原料粉末、镀液浓度、温度、搅拌速度、添加剂等因素对置换包覆的影响。
短句来源
  相似匹配句对
     solution;
     溶液;
短句来源
     RECOVERY OF GOLD FROM PLATING SOLUTION
     溶液中金的回收
短句来源
     solution.
     溶液进行对照。
短句来源
     Sampling of Plating Solution for Analysis
     电镀溶液分析中的取样
短句来源
     Electroless plating
     化学镀
短句来源
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  plating solution temperature
The optimal Ni-Cr alloy electrodepositing conditions are that the cathode current density is 16 A/dm2, the plating solution temperature is 30 °C and the pH value is 2.5.
      


The processing conditions and the influencing factors of the regular plating were applied to the GFRP products treated specially with pyropnoephate as the main material. The result showed that the current density was 1.1 - 2. 7A/dm2. The stable homogeneous golden plating coating could be obtained with the plating solution temperature and pH value being properly conditioned and through aftertreatment.

以焦磷酸盐为主要原料,研究了经特殊处理的玻璃钢制品实施常规电镀的工艺条件、影响因素。结果表明,电流密度为1.1~2.7A/dm~2,适当调节镀液温度和pH值,并经后处理工艺,可获得均一稳定的金色镀层。

To study wear resistance of n-TiO2 / Ni electro-brush plating,four factors are optimized through orthogonal test.It is shown that n-TiO2 composite plating reaches the best wear resistance when the n-TiO2 takes amount of 20 g / L,nano particle size is smaller than 30 nm,brush plating solution temperature is 40 ℃,and brush plating voltage is 14 V.The wear resistance of composite plating is four times that of pure nickel coating.As a result,n-TiO2 composite plating has excellent wear resistance....

To study wear resistance of n-TiO2 / Ni electro-brush plating,four factors are optimized through orthogonal test.It is shown that n-TiO2 composite plating reaches the best wear resistance when the n-TiO2 takes amount of 20 g / L,nano particle size is smaller than 30 nm,brush plating solution temperature is 40 ℃,and brush plating voltage is 14 V.The wear resistance of composite plating is four times that of pure nickel coating.As a result,n-TiO2 composite plating has excellent wear resistance.

为探讨n-TiO2/Ni电刷镀镀层的耐磨性,对影响耐磨性的4种因素进行了分析.通过正交试验对这4种因素进行了优化,试验结果表明:当纳米粒子的质量浓度为20g/L,纳米粒子粒径小于30nm,镀液温度为40℃,刷镀电压为14V时,电刷镀镀层的耐磨性达到最优,其耐磨性是纯镍镀层的4倍.因此,含n-TiO2粉末的复合镀层具有优良的抗磨损性能.

It is essential to monitor solution temperature during the process of brush plating of nano composite coating so as to meet the requirement of quality control.Thus a virtual instrument(VI) was developed to measure the solution temperature around the contract area of the anode wrap and the plating zone of a workpiece in real time,based on the principle of infrared radiation.Two approaches were adopted to improve the measurement accuracy.Namely,the random interferences were eliminated by moving the average filtering,while...

It is essential to monitor solution temperature during the process of brush plating of nano composite coating so as to meet the requirement of quality control.Thus a virtual instrument(VI) was developed to measure the solution temperature around the contract area of the anode wrap and the plating zone of a workpiece in real time,based on the principle of infrared radiation.Two approaches were adopted to improve the measurement accuracy.Namely,the random interferences were eliminated by moving the average filtering,while non-model calibration was used to correct the measurement result.It was found that the solution temperature could be measured with a high accuracy making use of those two approaches.The solution temperature was displayed on the virtual panel during the brush plating process,and it would be alarmed as the temperature exceeded the permitted value.Moreover,the applied results indicated that the established approaches were feasible to the measurement of the brush plating solution temperature.

电刷镀镀覆区域的溶液温度影响到镀层的结合强度,直接测量有难度。为了提高纳米电刷镀镀层的质量,基于红外辐射原理开发了能实时检测镀笔阳极包套和工件接触区域镀液温度的虚拟仪器(V irtual instrument,VI)。采用移动平均滤波降低干扰对测量结果的影响;应用非模型修正法进一步提高测量精度。在刷镀过程中,镀液温度实时显示在计算机的虚拟面板上,当镀液温度超出许用值时仪器报警。应用结果表明,这种方法切实可行。

 
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