Electrochemically deposited copper coatings obtained from sulfate baths on brass substrates in the regime of direct current (DC) with and without an application of ultrasound mixing of electrolytes (DC/US) have been studied. The aim of the research was analysis of the influence of current density, ultrasonic mixing of electrolyte and presence of additives on the electrodeposited coatings, in order to obtain uniform compact coatings suitable for potential application in MEMS devices. Structural, electrical and mechanical behavior of thin copper coatings were investigated using SEM, AFM, four- point probe method and Vickers hardness test.Niš, Serbia, 12-14 Sept. 202
Influence of an intensity of ultrasonic mixing of electrolyte in a temperature range of 27–37 °C and...
Influence of an intensity of ultrasonic mixing of electrolyte in a temperature range of 27–37 °C and...
Copper electrodeposition on (111)-oriented Si substrate was performed by the pulsating current (PC) ...
Electrochemically deposited copper coatings obtained from sulfate baths on brass substrates in the r...
Electrochemically deposited copper coatings obtained from sulfate baths on brass substrates in the r...
Mechanical (hardness and adhesion) and electrical (sheet resistance) characteristics of electrolytic...
Mechanical (hardness and adhesion) and electrical (sheet resistance) characteristics of electrolytic...
Mechanical (hardness and adhesion) and electrical (sheet resistance) characteristics of electrolytic...
Mechanical (hardness and adhesion) and electrical (sheet resistance) characteristics of electrolytic...
Composite systems of electrodeposited 10 µm Cu coatings on Cu foils and 30 µm Cu coatings on brass f...
Composite systems of electrodeposited 10 µm Cu coatings on Cu foils and 30 µm Cu coatings on brass f...
Composite systems of electrodeposited 10 µm Cu coatings on Cu foils and 30 µm Cu coatings on brass f...
Composite systems of electrodeposited 10 µm Cu coatings on Cu foils and 30 µm Cu coatings on brass f...
The influence of various intensities of ultrasound applied for the electrolyte stirring on morpholog...
In this study, electrodeposition of nano-crystalline copper coatings (ED-Cu) from the sulphate bath ...
Influence of an intensity of ultrasonic mixing of electrolyte in a temperature range of 27–37 °C and...
Influence of an intensity of ultrasonic mixing of electrolyte in a temperature range of 27–37 °C and...
Copper electrodeposition on (111)-oriented Si substrate was performed by the pulsating current (PC) ...
Electrochemically deposited copper coatings obtained from sulfate baths on brass substrates in the r...
Electrochemically deposited copper coatings obtained from sulfate baths on brass substrates in the r...
Mechanical (hardness and adhesion) and electrical (sheet resistance) characteristics of electrolytic...
Mechanical (hardness and adhesion) and electrical (sheet resistance) characteristics of electrolytic...
Mechanical (hardness and adhesion) and electrical (sheet resistance) characteristics of electrolytic...
Mechanical (hardness and adhesion) and electrical (sheet resistance) characteristics of electrolytic...
Composite systems of electrodeposited 10 µm Cu coatings on Cu foils and 30 µm Cu coatings on brass f...
Composite systems of electrodeposited 10 µm Cu coatings on Cu foils and 30 µm Cu coatings on brass f...
Composite systems of electrodeposited 10 µm Cu coatings on Cu foils and 30 µm Cu coatings on brass f...
Composite systems of electrodeposited 10 µm Cu coatings on Cu foils and 30 µm Cu coatings on brass f...
The influence of various intensities of ultrasound applied for the electrolyte stirring on morpholog...
In this study, electrodeposition of nano-crystalline copper coatings (ED-Cu) from the sulphate bath ...
Influence of an intensity of ultrasonic mixing of electrolyte in a temperature range of 27–37 °C and...
Influence of an intensity of ultrasonic mixing of electrolyte in a temperature range of 27–37 °C and...
Copper electrodeposition on (111)-oriented Si substrate was performed by the pulsating current (PC) ...