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Small Meteorological Rocket Launch for Student Project Payload with Bio-Material

机译:小型气象火箭发射学生项目有效载荷与生物材料

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On 27th of July small meteorological rocket MMR-06 was launched from polygon Kapustin Yar, Astrakhan Oblast, Russia. This rocket carried the payload that was made during the student project in Moscow Polytechnic University, Moscow, Russia. This project was implemented due to cooperation of three partners. Scientists from Space Medicine Research Institute were interested to test living cells in conditions of rocket flight: linear acceleration, angular speed up to 7 turns per second, short-time zero-g. Central Aerological Observatory has a great history of meteorological rocket launches in the latter half of the 20th century. Nowadays progress in electronics allows small-size payload, space for extra experiments was set free. Free space is cone frustum with top diameter: 100 mm; bottom diameter: 150 mm; height: 180 mm. Flight altitude in a peak is about 60 kilometers. Central Aerological Observatory share this free space with educational institutions. Payload made in Moscow Polytechnic University was the first in this program. The capsule for cells thermostatic should keep 37 C temperature during all time with biomaterial inside. There are several stages: pre-launch operations (1 hour), launch (8 min), parachute descending (1 hour), shock on the ground, search by the recovery team (2-12 hours). Telemetry data reduction was done. During the launch inertia parameters were recorded. Probes with living cells were successfully landed, temperature generally was in the range. Scientists from Space Medicine Research Institute have obtained interesting results, but for their verification they are going to launch few new rockets. During the project students learned a lot from system engineering, project planning up to mechanical, electrical, thermal and others designs which are similar to the space ones. Tested platform allow new possibilities for cooperation of Russian and foreign partners.
机译:7月27日小气象火箭MMR-06从多边形Kapustin yar,Astrakhan Oblast,俄罗斯推出。这枚火箭携带了在莫斯科莫斯科,俄罗斯学生项目期间制造的有效载荷。该项目是由于三个合作伙伴的合作而实施。太空医学研究所的科学家有兴趣在火箭飞行条件下测试活细胞:线性加速,角速度高达7匝数,每秒7次,短时零克。中央避风气天文台在20世纪后半叶的历史悠久的气象火箭发射。如今电子产品的进展允许小型有效载荷,额外实验的空间被设定为自由。自由空间是锥形截头,顶部直径:100毫米;底部直径:150毫米;身高:180毫米。峰值的飞行高度约为60公里。中央避风气观测所与教育机构共享这种自由空间。在莫斯科理工学院制造的有效载荷是该计划的第一个。用于细胞恒温的胶囊应在含有生物材料的所有时间内保持37℃的温度。有几个阶段:预发动操作(1小时),发射(8分钟),降落伞下降(1小时),地面冲击,恢复团队(2-12小时)搜索。遥测数据减少完成。在发射惯性参数中记录。用活细胞的探针成功降落,温度通常在范围内。来自太空医学研究所的科学家获得了有趣的结果,但是为了他们的核实,他们将推出很少的火箭。在项目学生中学到从系统工程学到了很多,项目规划达到机械,电气,热和其他与空间的设计。测试平台允许俄罗斯和外国合作伙伴合作的新可能性。

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