论文部分内容阅读
在全党动员,大办农业,为普及大寨县而奋斗的大好形势下,我们参加了自治区激光育种协作组,承担研制和维修部分激光器的任务。由于脉冲氮紫外激光对于育种突变率较高,又平行平板式氮分子激光器(以下简称N_2器)结构简单,便于推广应用。所以,我们首先研制了N_2器。在研制中,我们坚持学习先进经验结合本地区实际,自力更生,土法上马办激光的原则。对遇到的许多问题,做了改进的工作。现将一些工艺问题和组合应用方案小结如下:一、N_2器的结构及一些工艺问题1、N_2器的结构形式:一般平行平板式N_2器,多采用整块双面敷铜板构成。如图一所示
Under the great situation of mobilizing the entire Party, running agriculture extensively and striving for the popularization of Dazhai County, we participated in the Autonomous Region Laser Breeding Cooperation Group and undertook the task of developing and repairing some lasers. Due to the high mutation rate of the pulsed nitrogen ultraviolet laser and the parallel flat-plate nitrogen molecular laser (hereinafter referred to as N_2), the structure is simple and convenient for popularization and application. So, we first developed N_2 device. In the course of our research and development, we insisted on the principle of learning advanced experience, combining our own reality in our region with our own efforts and using indigenous practices to launch lasers. On the many problems encountered, improved work has been done. Now some of the technical problems and combinations of applications are summarized as follows: First, N_2 structure and some process problems 1, N_2 structure of the device: the general parallel flat-type N_2 device, the use of more than double-sided copper-clad plate composition. As shown in Figure 1