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Yingkou Bohai Magnesium Materials Co., Ltd.

Contact: Zhuang Yanshan (Mr.)

locations: Gaozhuang Village, Nanlou Economic Development Zone, Dashiqiao City

phones call: +86 0417-5289488  +86 13904074678

Mailbox: dsqbohai@126.com 

Zip code: 115100

波海為您淺析輕燒鎂球的結構 Bohai analyzes the structure of lightly burned magnesium balls

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波海為您淺析輕燒鎂球的結構 Bohai analyzes the structure of lightly burned magnesium balls

發布日期:2016-03-20 00:00 來源:http://www.pasaranuang.com 點擊:

    輕燒鎂粉的晶體分子與分子之間還有一種作用力存在著,這種作用力叫分子間力。分子間力與分子的極性有關,分子總體來說是電中性的。因為分子中正電荷的電量和負電荷的電量是相等的。但就分子內部這兩種電荷的分布情況來看,可把分子分成極性分子和非極性分子兩類。

    每一種電荷都有一個“電荷中心”,如正、負電荷中心的相對位置用“+”“一”來表示,則正、負電荷中心重合的分子叫做非極性分子,不重合的分子叫做極性分子。分子中正、負電荷中心所帶的電量為q,距離為l,兩者的乘積叫做偶極距p--P。

    輕燒鎂球強度的形成輕燒鎂球結構強度大小主要取決於其內部結構組織力的作用大小。從理論上分析,輕燒鎂球強度的形成過程,主要是物理和化學兩個過程。物理過程輕燒鎂球是由輕燒鎂粉和水混合後,擠壓而成。輕燒鎂粉的直徑大約為0.074mm,物理學上呈分子或晶體結構。

    根據大量的實驗和理論研究結果表明,電荷與電荷之間有相互作用力,同種電荷相互排斥,異種電荷相互吸引。表明,兩個點電荷之間存在相互作用力,其大小與兩點電荷的電量的乘積成正比,與兩點電荷的距離的平方成反比。輕燒鎂粉的單位晶體同樣存在著等量的正電荷和負電荷。

    在某一瞬間總會有一個偶極存在,這種偶極叫做瞬時偶極。分子間力與分子的極性有關,分子總體來說是電中性的。因為分子中正電荷的電量和負電荷的電量是相等的。


There is another kind of force between the crystal molecules of the lightly burned magnesium powder and the molecules. This kind of force is called intermolecular force. Intermolecular forces are related to the polarity of the molecules, which are generally electrically neutral. Because the positive and negative charges in a molecule are equal. However, in terms of the distribution of these two types of charges inside the molecule, the molecules can be divided into polar molecules and non-polar molecules.


    Each charge has a "charge center". For example, the relative positions of the positive and negative charge centers are represented by "+" and "one." They are called polar molecules. The positive and negative charge centers in the molecule are q and the distance is l. The product of the two is called the dipole distance p--P.


    The formation of light-burned magnesium sphere strength The strength of light-burned magnesium sphere structure mainly depends on the effect of its internal structural organization force. Theoretically, the formation of the strength of lightly burned magnesium spheres is mainly a physical and chemical process. Physical process Light-burned magnesium balls are made by mixing light-burned magnesium powder with water and extruding. The light-burned magnesium powder has a diameter of about 0.074 mm and has a molecular or crystal structure in physics.


    According to a large number of experimental and theoretical research results, there is an interaction force between charges, charges of the same kind repel each other, and charges of different kinds attract each other. It is shown that there is an interaction force between two point charges, the magnitude of which is proportional to the product of the charge of the two point charges and inversely proportional to the square of the distance between the two point charges. The unit crystals of lightly burned magnesium powder also have the same amount of positive and negative charges.


    There is always a dipole at a certain moment. This kind of dipole is called instantaneous dipole. Intermolecular forces are related to the polarity of the molecules, which are generally electrically neutral. Because the positive and negative charges in a molecule are equal.



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