The difference between saturation and saturation, what does saturation mean

Saturation" is wrong, there is no such word.

Saturate. Pronunciation: [ bǎo hé ].

Interpretation: 1. At a certain temperature and pressure, the dissolved mass of the solution reaches the maximum, or the amount of vapor of a substance in the air reaches the maximum, which is called saturation.

2. It refers to the development of things to the highest limit within a certain range.

Source: He Qifang "Selected Songs of the Workers": "No matter what kind of poetry it is, since it is strongly moved by the author, they are bound to be saturated with feelings. ”

synonyms: full, sufficient, abundant.

1. Full. Pronunciation: [ bǎo mǎn ].

Definition: Plump.

Second, sufficient. Pronunciation: [ chōng zú ].

Interpretation: more than enough to meet the need.

Source: Cao Yu "Sunrise" Act II: "Whatever day Gaiqi doesn't care about him, the construction cost of this issue can be taken out, that is, the bank reserves are sufficient and consolidated." ”

3. Abundance. Pronunciation: [ fù zú ].

Interpretation: abundant and sufficient.

Source: Yang Shuo "Haishi": "I can't help but admire and say: 'Your life is really like a fairy, you are very rich. ’”

Saturation is a wrong word, and the word saturation does not exist in Chinese.

Meaning: 1. Saturation: A state of dynamic equilibrium between moist air and water or ice at a given temperature and pressure.

2. Saturation difference refers to the difference between the saturated water pressure of the air at a certain temperature and the actual water pressure at that time. The smaller the saturation difference, the closer the actual water vapor pressure is to the saturated water vapor pressure at that time.

3. Saturated water vapor pressure refers to the water vapor pressure in humid air when the water vapor in the air is in phase transition equilibrium with the water or ice below it at a certain temperature. At this time, moist air is called saturated moist air to the water surface (or ice surface), and its saturated water vapor pressure is called the water surface (or ice surface) saturated water vapor pressure.

Saturation: At a certain temperature and pressure, the amount of solute contained in the solution reaches the maximum (can no longer be dissolved), or the water vapor contained in the air reaches the maximum.

Saturation: Generally there is no such word, it is written incorrectly.

Saturation and saturation basically only look at whether there are carbon-carbon double bonds and triple bonds in organic matter, and only if they contain, they are regarded as unsaturated!

Saturation means that at a certain temperature and pressure, the amount of solute contained in the solution reaches its maximum and can no longer be dissolved. Or it can refer to the maximum limit of something within a certain range. It can describe a person or thing that has reached the limit of bearing.

Saturation refers to a state in which liquids and vapors are in dynamic equilibrium. The liquid and vapor in the saturated state are called saturated liquid and saturated vapor respectively. At this time, the temperature of gas and liquid is the same, and when the saturation temperature is constant, the saturation pressure must also be clear; Conversely, when the saturation pressure is constant, the saturation temperature is also constant.

As the temperature increases, the vaporization rate will increase, the space vapor density will also increase, and the dynamic equilibrium will be re-established. Reputation bend.

Summary. Dear dear, it's a pleasure to answer your <>

Reality is a concept that describes the state or value of matter, while saturation is a concept that describes a specific state of the substance when it reaches certain conditions. Reality refers to the state or value of a substance that really exists under certain conditions. For example, the temperature in a glass of water is the actual temperature, and the voltage in a line is the actual voltage.

Saturation, on the other hand, refers to the fact that a substance has reached its maximum solubility, saturation, or saturation under certain conditions. <>

What is the difference between actual and saturated?

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In fact, Zaoqing describes the concept of the state or value of matter, while saturation is a concept that describes the specific state of this substance when it reaches certain conditions. Reality refers to the state or value of a substance that really exists under certain conditions. For example, the temperature in a glass of water is the actual temperature, and the voltage in a line is the actual voltage.

Saturation means that a substance has reached the maximum solubility, saturation or saturation state under certain conditions. <>

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"Actual" can be used to represent something that exists in a real or objective way, specifically referring to the true state or actual situation of a thing, event or situation. It is the opposite of concepts such as imagination, fiction, and illusion, and emphasizes the characteristics of reality, reality, and objectivity. For example, the actual temperature refers to the true temperature value of the surface of an object, the actual expenditure refers to the actual cost of a person or organization, and the actual effect refers to the actual result of a plan or action.

The difference between actual and saturated mainly depends on the nature and state of the physical system. The following hidden chains are their differences:1

Actual state and saturated state: The actual state refers to the actual state of the system in which the material branch is formed, while the saturated state refers to the state of the physical system that has reached the maximum possible state and can no longer be changed. 2.

State of matter: In its actual state, a substance can continue to absorb or release energy in order to change its state. In the saturated state, the matter has reached its highest energy state and can no longer absorb any more energy.

3.State change: In the actual state, a substance can undergo a state change by absorbing or releasing energy.

In the saturated state, the substance no longer undergoes a state change. 4.Thermodynamic Properties:

In the actual state, the thermodynamic properties of matter (such as temperature, pressure, entropy, etc.) can change with the change of the state of matter. In the saturated state, the thermodynamic properties of the substance have reached the maximum or minimum value and no longer change. 5.

Applications: In their actual state, the properties and states of matter are applicable to most fields of engineering and science. Whereas, in the saturated state, the properties and states of matter are commonly used in the thermal industry and in the field of thermodynamics.

In summary, the difference between actual and saturated is whether the physical system has reached the maximum possible state and whether state changes can continue to occur.