公开(公告)号：KR1020030078239A

公开(公告)日：2003-10-08

申请号：KR1020020017139

申请日：2002-03-28

Applicant: 국방과학연구소

Inventor： 김재기 ,  이정환 ,  박병서

IPC: H01S3/095

Abstract: PURPOSE: A deuterium fluoride chemical laser is provided to be capable of easily controlling the pressure difference between monoatomic fluorine and deuterium, and securing the easiness of fabrication. CONSTITUTION: A deuterium fluoride chemical laser is provided with a monoatomic fluorine generator having a fluorine oxidizing agent supply port and a fuel supply port, a laser beam generator having a deuterium supply port, connected with the monoatomic fluorine generator for forming an oscillation region, the first direction expansion nozzle for increasing the travel speed of the monoatomic fluorine flowed into the oscillation region, a deuterium supply pipe(11) installed through the first direction expansion nozzle, a deuterium jet pipe(30) prolonged from the deuterium supply pipe toward the wall of a supersonic expansion part(12), a deuterium jet port(9) formed at one end of the deuterium jet pipe, and an optic resonator installed at one side of the laser beam generator for generating laser beam from the active medium of deuterium fluoride. At this time, the deuterium jet pipe is shaped into a linear type structure.

Abstract translation: 目的：提供氘氟化物化学激光器，以便容易地控制单原子氟和氘之间的压力差，并确保制造的容易性。 构成：氟化氘化学激光器具有氟原子供应口和燃料供给口的单原子氟发生器，具有氘供应口的激光束发生器，与用于形成振荡区域的单原子氟发生器连接， 用于增加流入振荡区域的单原子氟的行进速度的第一方向膨胀喷嘴，通过第一方向膨胀喷嘴安装的氘气供给管（11），从氘气供给管朝向壁延伸的氘喷管 超音速膨胀部件（12），形成在氘喷管的一端的氘喷射口（9），以及安装在激光束发生器的一侧的光学谐振器，用于从氘化物的活性介质产生激光束 。 此时，氘喷管成型为线型结构。

公开(公告)号：KR100429577B1

公开(公告)日：2004-05-03

申请号：KR1020020017139

申请日：2002-03-28

Applicant: 국방과학연구소

Inventor： 김재기 ,  이정환 ,  박병서

IPC: H01S3/095

Abstract: PURPOSE: A deuterium fluoride chemical laser is provided to be capable of easily controlling the pressure difference between monoatomic fluorine and deuterium, and securing the easiness of fabrication. CONSTITUTION: A deuterium fluoride chemical laser is provided with a monoatomic fluorine generator having a fluorine oxidizing agent supply port and a fuel supply port, a laser beam generator having a deuterium supply port, connected with the monoatomic fluorine generator for forming an oscillation region, the first direction expansion nozzle for increasing the travel speed of the monoatomic fluorine flowed into the oscillation region, a deuterium supply pipe(11) installed through the first direction expansion nozzle, a deuterium jet pipe(30) prolonged from the deuterium supply pipe toward the wall of a supersonic expansion part(12), a deuterium jet port(9) formed at one end of the deuterium jet pipe, and an optic resonator installed at one side of the laser beam generator for generating laser beam from the active medium of deuterium fluoride. At this time, the deuterium jet pipe is shaped into a linear type structure.

Abstract translation: 目的：提供氟化氘化学激光器，以便能够容易地控制单原子氟和氘之间的压力差，并确保制造的容易性。 本发明提供一种氟化氘化学激光器，其具有：具有氟氧化剂供给口和燃料供给口的单原子氟发生器;具有氘供给口的激光发生器，与单原子氟发生器连接，形成振荡区域; 第一方向扩大喷嘴，用于提高流入振动区域的单原子氟的移动速度;氘供给管（11），其穿过第一方向扩大喷嘴而安装;氘喷射管（30），其从氘供给管朝向壁 （12）的氘喷射口（9），以及安装在激光束发生器的一侧的用于从氘化氟的活性介质产生激光束的光谐振器 。 此时，氘喷射管成形为直线型结构。

公开(公告)号：KR100429578B1

公开(公告)日：2004-05-03

申请号：KR1020020017141

申请日：2002-03-28

Applicant: 국방과학연구소

Inventor： 김재기 ,  이정환 ,  박병서

IPC: H01S3/095

Abstract: PURPOSE: A deuterium fluoride chemical laser is provided to be capable of preventing the increase of temperature and pressure at an oscillation region of a laser beam generator and securing the easiness of fabrication. CONSTITUTION: A deuterium fluoride chemical laser is provided with a monoatomic fluorine generator having a fluorine oxidizing agent supply port and a fuel supply port, a laser beam generator having a deuterium supply port, connected with the monoatomic fluorine generator for forming an oscillation region, the first direction expansion nozzle(2) for increasing the travel speed of the monoatomic fluorine flowed into the oscillation region, a plurality of deuterium jet bars(30), each having a plurality of deuterium jet ports(14), installed at an outlet port of the first direction expansion nozzle along the expansion direction of the first direction expansion nozzle, and an optical resonator installed at one side of the laser beam generator for generating laser beam from the active medium of deuterium fluoride. At this time, the outlet port of the first direction expansion nozzle is vertical to a delivery direction.

Abstract translation: 目的：提供一种氟化氘化学激光器，能够防止激光束发生器振荡区域温度和压力的增加，并确保制造的容易性。 本发明提供一种氟化氘化学激光器，其具有：具有氟氧化剂供给口和燃料供给口的单原子氟发生器;具有氘供给口的激光发生器，与单原子氟发生器连接，形成振荡区域; 用于提高流入振动区域的单原子氟的移动速度的第一方向扩大喷嘴（2）;安装在多个氘喷射孔 沿着第一方向扩大喷嘴的扩张方向的第一方向扩大喷嘴以及安装在激光束发生器的一侧以用于从氟化氘的活性介质产生激光束的光学共振器。 此时，第一方向扩大喷嘴的出口端口与输送方向垂直。

公开(公告)号：KR1020030078240A

公开(公告)日：2003-10-08

申请号：KR1020020017141

申请日：2002-03-28

Applicant: 국방과학연구소

Inventor： 김재기 ,  이정환 ,  박병서

IPC: H01S3/095

Abstract: PURPOSE: A deuterium fluoride chemical laser is provided to be capable of preventing the increase of temperature and pressure at an oscillation region of a laser beam generator and securing the easiness of fabrication. CONSTITUTION: A deuterium fluoride chemical laser is provided with a monoatomic fluorine generator having a fluorine oxidizing agent supply port and a fuel supply port, a laser beam generator having a deuterium supply port, connected with the monoatomic fluorine generator for forming an oscillation region, the first direction expansion nozzle(2) for increasing the travel speed of the monoatomic fluorine flowed into the oscillation region, a plurality of deuterium jet bars(30), each having a plurality of deuterium jet ports(14), installed at an outlet port of the first direction expansion nozzle along the expansion direction of the first direction expansion nozzle, and an optical resonator installed at one side of the laser beam generator for generating laser beam from the active medium of deuterium fluoride. At this time, the outlet port of the first direction expansion nozzle is vertical to a delivery direction.

Abstract translation: 目的：提供一种氘氟化物化学激光器，能够防止激光束发生器的振荡区域的温度和压力增加，并确保制造的容易性。 构成：氟化氘化学激光器具有氟原子供应口和燃料供给口的单原子氟发生器，具有氘供应口的激光束发生器，与用于形成振荡区域的单原子氟发生器连接， 第一方向膨胀喷嘴（2），用于增加流入所述振荡区域的单原子氟的行进速度;多个氘喷射棒（30），每个具有多个氘喷射口（14），其安装在 沿着第一方向膨胀喷嘴的膨胀方向的第一方向膨胀喷嘴，以及安装在激光束发生器的一侧的光学谐振器，用于从氟化氘的活性介质产生激光束。 此时，第一方向膨胀喷嘴的出口与输送方向垂直。