The original theory of artillery warfare refers to the fact that under the action of gunpowder cannonball, the gunpowder in the barrel of the cannon will be ignited, resulting in **. This theory was originally proposed by Song Yingxing, a military strategist and scientist during the Ming Dynasty in China, who believed that the power of gunpowder could be effectively used to make it.
The core idea of artillery theory is to use the energy of gunpowder to create a high-energy, high-pressure substance, which can be used to make various types of **, including rockets, grenades, explosives, etc. This theory emphasizes the importance of gunpowder in the military field and believes that the power of gunpowder can be effectively used by humans.
However, there are some limitations and challenges to the artillery theory. First of all, the manufacturing process of gunpowder requires strict safety management and operation specifications to avoid the occurrence of accidents. Secondly, the use of gunpowder is also dangerous, because they have the characteristics of high energy and high pressure, and if used improperly, they may cause serious harm to the human body. In addition, the artillery theory is only a theory based on experiments and observations, and its accuracy and reliability need to be tested through practice.
In the middle of the artillery theory is a reaction to the market in the short-term high before the consolidation stage of the wave line between a certain number of extreme compression patterns, it is generally believed that after the high jump and the fall of the continuous sideways for more than 4 days of consolidation and 5 days, 10 days, 20 days of high adhesion will usher in the adjustment of the change. It can be regarded as the theory of artillery warfare, which will seriously affect the psychological expectations of shareholders and hand over cheap chips.
In short, the artillery theory is an interesting theory, but in practical application, it is necessary to take into account the problems of safety and danger.