It means that the form of the technical indicator is bonded, resulting in the indicator losing its indicative significance. Usually more noticeable is the high level of indicator passivation and low level of indicator passivation, but the so-called high low is only relative.
There is no absolute measure, more generally, the equilibrium state will also occur in the form of the indicator bonding, resulting in the failure of the indicator (some views may not agree that the equilibrium state bonding is \"passivation\
In contrast to the high passivation, the low passivation of the indicator occurs when the market is extremely weak (note: the \"weak\" here does not refer to the unilateral short market in the case of a big bear market), and the principle is the same as the high passivation, but in the opposite direction.
Indicators stop falling or continuous decline (the latter may also be denied as \"passivation\" by other technical schools, and is called \"false signal\
Extended information:
Solution passivation method
The first method is to look at deviations, especially multiple deviations of indicators; Divergence of multiple indicators. When the stock price moves in the opposite direction to the direction of the indicator, there is a divergence. If the indicator has been blunted for several days in the overbought and oversold area, and there is a divergence at this time, it should be paid more attention.
The second method is to increase the parameters of the indicator, so that the indicator is not too sensitive.
Passivation refers to the process of metal oxidation by strong oxidizing agent or electrochemical method, so that the surface becomes inactive, that is, passivation process, is to transform the metal surface into a state that is not easy to be oxidized, and delay the corrosion rate of the metal.
In addition, an active metal or alloy, in which the chemical activity is greatly reduced, and become a precious metal state phenomenon, also called passivation.
An active metal or alloy in which the chemical activity is greatly reduced to a noble metal state, called passivation.
If the corrosion products generated by the metal due to the action of the medium have a dense structure, form a film (often invisible), and are closely covered on the surface of the metal, the surface state of the metal is changed, so that the electrode potential of the metal greatly jumps in the positive direction, and becomes a blunt state of corrosion resistance.
For example, when Fe→Fe++, the standard potential is -0.44V, and after passivation, it jumps to +0.5 ~ 1V, showing the corrosion resistance of precious metals, this film is called passivation film. Common example: Cold concentrated sulfuric acid is passivated with iron.
An active metal or alloy in which the chemical activity is greatly reduced to a noble metal state, called passivation. If the corrosion products generated by the metal due to the action of the medium have a dense structure, form a film (often invisible), and closely cover the surface of the metal, the surface state of the metal is changed, so that the electrode potential of the metal greatly changes in the positive direction, and becomes a blunt state of corrosion resistance.
For example, when Fe→Fe++, the standard potential is -0.44V, and after passivation, it jumps to +0.5 ~ 1V, showing the corrosion resistance of precious metals, this film is called passivation film.
Passivation definition: The process by which a metal is oxidized by a strong oxidant or electrochemical method, so that the surface becomes inactive or blunt. If aluminum is dipped by concentrated nitric acid, the surface forms a dense oxide film, which can protect the metal and make it not easy to be eroded.
The passivation of metals may also be spontaneous (e.g. the formation of an insoluble compound on the surface of the metal, an oxide film). In industry, passivating agents (mainly oxidants) are used to passivate metals to form a protective film.
Common examples: cold concentrated sulfuric acid, cold concentrated nitric acid and iron, aluminum can be passivated.
Passivation refers to the process of metal oxidation by strong oxidizing agent or electrochemical method, so that the surface becomes inactive, that is, passivation process, is to transform the metal surface into a state that is not easy to be oxidized, and delay the corrosion rate of the metal.
It means that the form of the technical indicator is bonded, resulting in the indicator losing its indicative significance. Usually more noticeable is the high level of indicator passivation and low level of indicator passivation, but the so-called high low is only relative.