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- An Experimental Technique of Diaphragm Burstingby Rarefaction Wave in Double Driver Shock Tube 雙驅動(dòng)激波管稀疏波破膜技術(shù)研究
- Keywords: double driver shock tube, rarefaction wave, diaphragm bursting, first shock, second shock, 關(guān)鍵詞:雙驅動(dòng)激波管,稀疏波,破膜,第一激波,第二激波
- GEFA PROCESSTECHNIK GMBH deals among other things in Filtering systems, Armatures, Fittings as well as in Usual technology, measuring technique and also in Double diaphragm pumps. GEFA PROCESSTECHNIK GMBH是一家靈活的企業(yè)，該企業(yè)針對客戶(hù)需求制造專(zhuān)門(mén)的過(guò)濾技術(shù),配件、置,調節技術(shù),測量技術(shù),雙膜片泵。
- Results The main radiopraphic features of subpulmonic effusion included pseudodiaphragm sign, heart shadow silhouette sign, double diaphragm sign and sign of free fluid. 結果肺底積液的主要X線(xiàn)表現是假膈征、心淹征、雙膈影征和變換體位液體彌散征象。
- Shock-flame interactions experiments are conducted in a horizontal shock tube with 9.4 m long, 32 mm inner diameters. 在長(cháng)9.;4米，內徑32毫米的臥式激波管上，進(jìn)行了激波與火焰相互作用界面穩定性的實(shí)驗研究。
- Results:The main radiographic features of subpulmonic effusion inclu ded pseudodiaphragm sign,heart shadow silhouette sign,double diaphragm sign and sign of free fluid. 結果：肺底積液的主要X線(xiàn)表現是假膈征、心淹征、雙膈影征和變換體位液體彌散征象。
- Mirles H. Attenuation in a shock Tube due to Unsteady Boundary layer Action . NACA .R. No. 1333, 1956. 范蔬潤;高動(dòng)壓激波管中的非完全氣體效應[A];[碩士論文].;杭州:浙江大學(xué);1985
- Windows, doors and shutters - Explosion resistance - Requirements and classification - Part 1: shock tube. 門(mén)窗和遮板.;耐爆炸性
- Windows, doors and shutters - Explosion resistance - Test method - Part 1 : shock tube. 門(mén)窗和遮板.;耐爆炸性
- A new chemical launcher, the fast shock tube (FST) driven by high explosive is introduced. 介紹了一種爆轟驅動(dòng)快速激波管(FST)超高速發(fā)射新技術(shù)。
- Reflected shock-flame interactions experiments are conducted in a horizontal shock tube with 9.4 m long, 32 mm inner diameters. 在長(cháng)9.;4米，內徑32毫米的臥式激波管上，進(jìn)行了反射激波與火焰相互作用界面穩定性的實(shí)驗研究。
- Experiments are conducted in a 5 m long, 60X60 mm cross-section shock tube, liquid drops acted by shock wave undergo deformation, breakup and atomization. 在長(cháng)5米，截面為60×60毫米的臥式激波管上，進(jìn)行激波誘導氣流與液滴相互作用的實(shí)驗研究。
- The results of calculation of motion of the wave-systems in the shock tube and the angles of oblique shock-shock interaction at nominal Mach numbers Ms1=3.5,4.0,4.5,were made. 在第一激波名義馬赫數M_s1=3.;5;4
- Experiments on influence of shock wave with some strength on components of blood were conducted in a diaphragmless shock tube developed in our laboratory. 用自行研制的無(wú)膜激波管，研究在一定強度激波的作用下，激波對血液成分的影響。
- The suitability was verified by comparing the result of 1-D shock tube case with the analytic solution of Euler's equation in low Knudsen number condition. 我們也將利用一維震波管算例，并在低紐森數的條件下，與尤拉方程式的解析解比較，以測試碰撞頻率的適用性。
- The effect of contact interaction between particles is decreased by the Riemann solver.Efficiency of the method is demonstrated by numerical tests of a 1D shock tube. 通過(guò)黎曼解近似粒子間的相互作用，減小接觸間斷附近的震蕩，并給出多介質(zhì)一維激波管問(wèn)題的算例，驗證此方法的有效性。
- The in-line initiators are factory assembled into firing assemblies which are attached to the a 2 foot shock tube bitter end and securely mounted on the spool flange. 直線(xiàn)起爆管在出廠(chǎng)前就與2英尺的激波管端連接，小心的安裝在卷筒法蘭上。
- It is used in measurement of pressure tronsients, such as in shock tubes, wind tunnels, and seismograph equipment. 它廣泛用于瞬態(tài)壓力測量，如沖擊管、風(fēng)洞以及地震儀器設備中。
- It is used in measurement of pressure transients, such as in shock tubes, wind tunnels, and seismograph equipment. 它廣泛用于瞬態(tài)壓力測量,如沖擊管、風(fēng)洞以及地震儀器設備中。
- The paper describes how to measure the delay of shock wave ignition of alumiaum dust with a new method which makes use of AIO emission spectrum of Aluminum-Oxygen reaction in a shock tube. 介紹了用鋁粉氧化反應所生成的中間產(chǎn)物的特征光譜來(lái)測量鋁粉塵受激波點(diǎn)火延遲的新的測量方法．測量了三種不同形狀和粒度的鋁粉塵激波點(diǎn)火延遲。
