此篇論文研究主題發想於《十月的天空》，喬•強斯頓導演、傑克•葛倫霍、克

此篇論文研究主題發想於《十月的天空》，喬•強斯頓導演、傑克•葛倫霍、克里斯•庫柏、克里斯•歐文、蘿拉•鄧恩、威廉•李•史考特、查德•李柏格、娜塔莉•凱那黛主演，環球影業，1999年，片中內容為一群年輕人從零開始並追逐火箭的夢想，然而此論文目的為將效法這種精神紀錄下來，從尋找組員、吸收知識、收集材料、到實作與實驗，而我們使用的方式是模擬火箭的實作，以「水火箭」來代替最終目標，既安全又穩定，材料、設備和儀器方面，首先材料採用容易取得的汽水型寶特瓶、電火布、珍珠板、水和海綿，至於設備則為水桶、手製噴嘴，最後儀器方面只用到小型金屬發射臺和打氣筒，以上預先準備完成，接著最先製作水火箭本身機體，寶特瓶為機身、海綿為鼻錐和珍珠板為尾翼，並找到無人的空曠地帶執行發射動作，最後結果環型機身、斜面尾翼、機身中三分之一的水和四十五度斜角發射，射程為平均最大值。

結果 (英文) 1:

Cipian thesis topic to think up "October Sky," director Joe Johnston • Jack • Ge Lunhuo, Chris Cooper •, • Chris Owen, Laura • Dunn, William Lee • • History Harcourt, Chad • Li Boge, starring Natalie • Kay Dai, Universal Pictures, 1999, a group of young film content rocket from scratch and chase the dream, but the purpose of this paper will follow this psychoactive record down, from finding crew, absorb knowledge, collect material, to implement and experiment, and the way we are using an analog implementation of the rocket, with "water rocket" instead of the ultimate goal, safe and stable, materials, equipment and instruments, first of all materials used soda type PET bottles readily available, and fire, cloth, foam board, water and sponge, as the device was a bucket, hand-made nozzle, and finally instrumentation used only a small launch pad and metal pump the above advance preparation is completed, then the first rocket produced water body itself, PET bottles for the fuselage, nose cone and pearl sponge board for the tail, and find no one to perform actions launch an open area, the final result Ring fuselage bevel tail, fuselage and a third of the water emission angle forty-five degrees, the maximum range of the average.

結果 (英文) 2:

The paper is whimsage, starring Joe Johnston, Jack Glanjo, Chris Cooper, Chris Owen, Laura Dunn, William Lee Scott, Chad Leeberg, Natalie Kenaday, Universal Pictures, 1999, The film is about a group of young people starting from scratch and chasing the rocket's dream, however, the purpose of this paper is to follow this spirit record, from finding crew, absorbing knowledge, collecting materials, to practical and experimental, and we use the way to simulate the rocket's real work, with "water rocket" instead of the ultimate goal, both safe and stable, materials, materials, Equipment and instruments, first of all, the material using easy-to-obtain soda-type bott bottles, electric fire cloth, pearl plate, water and sponge, as for the equipment is buckets, hand nozzles, the final instrument only to small metal transmitters and gas cylinders, the above pre-prepared to complete, and then the first production of water rocket itself body, Bott bottle for the fuselage, The sponge is the tail fin of the nose cone and pearl plate, and the unmanned open area is found to perform the launch action, the result is a ring-shaped fuselage, a sloping tail, one-third of the water in the fuselage and a 45-degree angle of emission, the range is the average maximum.

結果 (英文) 3:

The research theme of this paper is "sky in October". Director Joe Johnston, Jack glennhouse, Chris Cooper, Chris Owen, Laura Dunn, William Lee Scott, Chad Liberg and Natalie kenadee are the stars of this paper. In 1999, a group of young people started from scratch and pursued the dream of rockets. However, this paper In order to record the spirit of imitating this spirit, from looking for team members, absorbing knowledge, collecting materials, to practice and experiment, we use the way of simulating the practice of rockets, and replace the ultimate goal with "water rocket", which is safe and stable. The materials, equipment and instruments are as follows: first of all, the materials are easy to obtain soda type bottles, electric flame cloth, pearl board, water and sea As for the equipment, the bucket and hand-made nozzle are used. Finally, the small metal launching platform and air pump are used for the instrument. The above preparations are completed in advance. Then, the water rocket body is made first. The body of the water rocket is made with the bottle as the body, the sponge as the nose cone and the Pearl plate as the tail, and the unmanned open area is found to carry out the launching action. Finally, the annular body, the inclined tail and the middle three parts of the body are found One of the water and 45 degree angle launch, range for the average maximum.