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- Study on Source Process Inversion with Far Field Body Waves 用遠場(chǎng)體波反演震源破裂過(guò)程研究
- The acoustic wave impedance coefficient is recovered from the incomplete data of the far field pattern. 對于系數反問(wèn)題進(jìn)行了研究，利用遠場(chǎng)模式的不完全數據反演聲波阻尼系數。
- The wave polarization and impedance characteristics in the far field of combinations of an electric and a magnetic Hertz dipoles. 赫芝電偶極與同向赫芝磁偶極混合源遠場(chǎng)之極向與波阻抗特性。
- This video teach Arm Wave and Body Wave in chinese language. 這視頻教學(xué)有包括手部波浪舞和身體波浪舞.
- The far field eddy current testing system for trial was developed. 建立了試驗遠場(chǎng)渦流檢測系統。
- You can achieve a body wave look with a larger perm rod. 你可以使用更長(cháng)的發(fā)杠來(lái)獲得大量的波浪。
- First, On the basis of the characteristic of surface wave location, the far field of wedge shape ultrasonic transducer can be explored. 本文根據定位的特點(diǎn)，對常用的楔形表面波探頭的遠場(chǎng)做了分析和計算。
- Aim To recover the impedance coefficient from the far field pattern of the scattered wave of the acoustic scattering problem with impedance boundary condition. 目的從阻尼邊界條件聲波散射問(wèn)題的散射場(chǎng)的遠場(chǎng)模式出發(fā)去反演阻尼系數。
- Body waves, the fastest seismic waves, move through the earth. 體波是最快的地震波，可貫穿地球。
- Body waves,the fastest seismic waves,move through the earth. 體波是最快的地震波，可貫穿地球。
- The near and far field properties of line current of arbitrary shape is demonstrated in this example. 本例以赫芝電偶極電磁場(chǎng)合成之近似結果，驗證偶極天線(xiàn)遠場(chǎng)及近場(chǎng)之特性。
- First practice short repeat without breathing. Just focus on making your body wave rhythmic gentle and relaxed. 開(kāi)始練習時(shí)，先做不呼吸的簡(jiǎn)短重復動(dòng)作。注意力集中在身體的有節律的波動(dòng)，放松。
- The pattern and/or image of electric and/or magnetic field of an electric Hertzian dipole in the near and far field. 赫芝電偶極在遠近場(chǎng)區中之電場(chǎng)與磁場(chǎng)之場(chǎng)型及影像。
- The Eelctromagnetic Field and Power Density Vectors on Spheres in Near to Far Field from Time Harmonic Currents. 弦變電流源在近場(chǎng)至遠場(chǎng)球面上之向量電磁場(chǎng)及向量功率密度。
- There are two chief kinds of seismic waves: body waves and surface waves. 有兩種主要的地震波：體波和面波。
- Under the condition of far field, pseudorandom diffusers have good diffusion characteristics. 摘要在遠場(chǎng)條件下，偽隨機序列擴散體具有良好的擴散特性。
- Far field spatial intensity structures are result from the diffraction of sharing gratings. 遠場(chǎng)光強的空間結構是由共享光柵組合衍射引起的。
- Texture have straight, jerry curl, body wave, water wave, baby curl, super wave, yaki, franch curl, italy curl and many other shapes, also can make as your sample. 紋理有直，杰里卷曲，體波，水波，嬰兒卷曲，超波，燒，獐卷曲，意大利卷曲和許多其他的形狀，還可以作為您的樣品。
- For high intensity laser beam with center obscuration, beam quality far field measurement method is used presently. 目前對于較強的帶遮攔光束采用光束質(zhì)量遠場(chǎng)測試法。
- The larger truncation ratio, the larger relative increment of peak energy of beam in far field. 切斷比越大,強度峰值的相對增量也越大。
