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一种火炮指挥仪设计成功并投产装备部队后,当火炮射击的弹道轨迹(或说成射表)有变化时,若仍采用原设计的指挥仪进行射击诸元的计算,必然影响火炮射击的精度,若重新设计并更换指挥仪的弹道部件必将带来经济上的损失并影响装备部队。因此在火炮射击的弹道轨迹发生不太大的变化的情况下,如何在原设计的指挥仪上采用简单的修正办法,使之计算的射击诸元逼近变化了的弹道轨迹,这样一个问题具有讨论与研究的价值。现以双管37毫米高射炮指挥仪(1035指挥仪)为例说明我们的做法。
After the design of an artillery pilot has been successfully completed and put into production, when the ballistic trajectory of the artillery firing (or that of a projectile) changes, if the commander of the original design is still used to calculate the firing elements, it will inevitably affect the firing of the artillery Accuracy, if re-design and replacement of ballistic elements of the command will bring about economic losses and affect the equipment unit. Therefore, when the ballistic trajectory of the artillery fire has not changed much, how to adopt a simple correction method on the original design of the pilot to make the calculated firing elements approach the changed trajectory, and such a problem is discussed The value of research. Now with double 37 mm anti-aircraft artillery command (1035 director) as an example of our approach.