波海为您浅析轻烧镁球的结构 Bohai analyzes the structure of lightly burned magnesium balls

    轻烧镁粉的晶体分子与分子之间还有一种作用力存在着，这种作用力叫分子间力。分子间力与分子的极性有关，分子总体来说是电中性的。因为分子中正电荷的电量和负电荷的电量是相等的。但就分子内部这两种电荷的分布情况来看，可把分子分成极性分子和非极性分子两类。

    每一种电荷都有一个“电荷中心”，如正、负电荷中心的相对位置用“+”“一”来表示，则正、负电荷中心重合的分子叫做非极性分子，不重合的分子叫做极性分子。分子中正、负电荷中心所带的电量为q，距离为l，两者的乘积叫做偶极距p--P。

    轻烧镁球强度的形成轻烧镁球结构强度大小主要取决于其内部结构组织力的作用大小。从理论上分析，轻烧镁球强度的形成过程，主要是物理和化学两个过程。物理过程轻烧镁球是由轻烧镁粉和水混合后，挤压而成。轻烧镁粉的直径大约为0.074mm，物理学上呈分子或晶体结构。

    根据大量的实验和理论研究结果表明，电荷与电荷之间有相互作用力，同种电荷相互排斥，异种电荷相互吸引。表明，两个点电荷之间存在相互作用力，其大小与两点电荷的电量的乘积成正比，与两点电荷的距离的平方成反比。轻烧镁粉的单位晶体同样存在着等量的正电荷和负电荷。

    在某一瞬间总会有一个偶极存在，这种偶极叫做瞬时偶极。分子间力与分子的极性有关，分子总体来说是电中性的。因为分子中正电荷的电量和负电荷的电量是相等的。

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.