The present study is focused on analyzing the change of colors of anodized titanium and effects of applied electrolytic voltages on chromatics. The titanium specimens were anodize in 20 g/L citric acid and 20 g/L baking soda electrolyte by use of different voltages. The colors of anodize titanium were measured with a spectrophotometer and then evaluated in the CIELAB color space. It is found that different volt produces different colors. Anodizing in the range of 15 V to 150 V produces respectively a wide spectrum of color ranging from brown to fuchsia. It can be concluded that the colors of the anodize titanium are dependent upon the applied voltages
Abstract: Competitive manufacturing implies fit for purpose and efficient manufacturing practices. D...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Titanium dioxide is the most common among titanium oxides and minerals. It can be either synthesized...
The present study is focused on analyzing the change of colors of anodized titanium and effects of a...
Anodization coloring of titanium tools or implants is one of the common methods for the differentiat...
Abstract: Competitive manufacturing implies fit for purpose and efficient manufacturing practices. D...
Abstract: Competitive manufacturing implies fit for purpose and efficient manufacturing practices. D...
The visual impact of a product plays a key role in the consumer-perceived quality of the product. Co...
The visual impact of a product plays a key role in the consumer-perceived quality of the product. Co...
The visual impact of a product plays a key role in the consumer-perceived quality of the product. Co...
In this paper, the possibility of color controlling anodic titanium oxide by changing anodizing cond...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Abstract: Competitive manufacturing implies fit for purpose and efficient manufacturing practices. D...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Titanium dioxide is the most common among titanium oxides and minerals. It can be either synthesized...
The present study is focused on analyzing the change of colors of anodized titanium and effects of a...
Anodization coloring of titanium tools or implants is one of the common methods for the differentiat...
Abstract: Competitive manufacturing implies fit for purpose and efficient manufacturing practices. D...
Abstract: Competitive manufacturing implies fit for purpose and efficient manufacturing practices. D...
The visual impact of a product plays a key role in the consumer-perceived quality of the product. Co...
The visual impact of a product plays a key role in the consumer-perceived quality of the product. Co...
The visual impact of a product plays a key role in the consumer-perceived quality of the product. Co...
In this paper, the possibility of color controlling anodic titanium oxide by changing anodizing cond...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Abstract: Competitive manufacturing implies fit for purpose and efficient manufacturing practices. D...
Titanium surface properties are related to the presence on the metal surface of a nanometric TiO2 fi...
Titanium dioxide is the most common among titanium oxides and minerals. It can be either synthesized...