electrolytic bath

The plates were cleaned in an electrolytic bath and then given coats of protective lacquer.

Digital Instruments will soon be selling a version of the Nanoscope that works in an electrolytic bath.

Based on these modified nano-particles, new copper based electrolytic baths were developed and stabilized.

SnCl is widely used as a reducing agent (in acid solution), and in electrolytic baths for tin-plating.

In older smelters, the addition of lithium in the electrolytic bath reduces the quantity of fluoride.

Calcium fluoride is used as a chemical aid to lower the melting temperature in the electrolytic bath where metal aluminum is produced from alumina.

In the basic electroforming process, an electrolytic bath is used to deposit nickel or other electroformable metals onto a conductive patterned surface, such as stainless steel.

Applying a positive voltage to the anode material in an electrolytic bath forms an oxide barrier layer with a thickness corresponding to the applied voltage.

Thereby an electrical insulating oxide layer AlO is formed on the aluminum surface by applying an electric current in correct polarity in an electrolytic bath.

However, the subject fabric is less effective at the electrolytic bath area because the temperature required there to separate the various metal alloys is much higher than the temperature required for casting.

At the electrolytic bath area, it uses garments made from Zirpro-treated wool twill and, at the casting area, it uses garments made from the subject fabric.

The common technique of cleaning silverware by immersion of the silver and a piece of aluminum in an electrolytic bath (usually sodium bicarbonate) is an example of galvanic corrosion.

Reducing Atmospheric Emissions FluorideThe electrolytic reduction process requires the use of fluorides compounds, namely sodium fluoride and aluminium fluoride in order to improve properties of the electrolytic bath.

As well, anode effects (or events) that occur due to reduced alumina concentration and increased voltage in the electrolytic bath result in intermittent GHG emissions when fluoride in the bath reacts with anode carbon to release PFCs.

From an archeological colleague, Dr. Wilhelmi of Zurich, Platt gets the idea of using an electrolytic bath to restore the specimens he has been retrieving to their original condition, just as the archaeologist can do with corroded bronzes whose atoms have partly dissipated into the surrounding soil.