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- 薄層多波AVO效應研究Multiwave AVO effect relating to thin layers
- 儲層參數對多波AVO效應的影響THE INFLUENCES OF RESERVOIR PARAMETERS ON THE MULTIWAVE AVO EFFECTS
- 用切變模量近似P-SV波反射系數及在多波AVO反演中的意義P-SV reflection coefficient approximation using shear modulus and its significance in multiwave AVO inversion
- 螺旋CT薄層多平面重建在腎癌診斷與分期中的作用The Application of Thin- slice and MPR of spiral CT in the Diagnosis and Staging of Renal Cell Carcinoma
- 利用AVO效應反演泊松比和儲層厚度Inversion of Poisson's ratio and reservoir thickness by AVO effect
- 薄層色譜法檢查磷酸伯氨喹的有關(guān)物質(zhì)及對映異構體的研究Study on the Test for Related Substances of Primaquine Phosphate by TLC and Its Enantiomer
- 多波AVOmulti-wave AVO
- 防護層中孔穴對軸向應力波的繞射屏蔽效應研究Study on diffracting and screening effects of cavities on axial stress waves in defense layer
- 香椿多酚類(lèi)化合物的提取、分離和薄層研究Extraction, Isolation and TLC Study of Polyphenols from Toona sinensis
- 聚變驅動(dòng)次臨界堆雙冷嬗變包層多群中子截面數據庫共振自屏效應計算與分析Resonance self-shielding effect analysis of neutron data libraries applied for the dual-cooled waste transmutation blanket of the fusion-driven subcritical system
- 烏干達HIV感染患者并發(fā)瘙癢性丘疹皮損的病因學(xué)研究Etiology of pruritic papular eruption with HIV infection in Uganda
- 以一氧化碳為探針?lè )肿?研究了在金/硅基底上合理電沉積形成的鉑納米薄層的衰減全反射表面增強紅外吸收效應.Surface-enhanced infrared absorption spectra of CO have been obtained on Pt nano-layers properly electrodeposited onto a Au/Si substrate with the Kretschmann attenuate-total-reflection (ATR) configuration.
- 多波多層AVO數據反演Multiwave multilayer AVO inversion
- X射線(xiàn)熒光光譜檢測多層薄膜樣品的增強效應研究Study of Enhancement Effects in X-Ray Fluorescence Analysis for Multi-Layer Samples
- AVO技術(shù)在油氣儲層橫向預測中具有獨特的優(yōu)點(diǎn),但由于受信噪比和薄層效應的影響,給AVO技術(shù)的應用帶來(lái)了很大的困難。AVO technique has unique advantage in lateral prediction of hydrocarbon reservoir. However,low signal-to-noise ratio and thin-bed effect make very difficult the application of AVO technique in this field.
- CoFeSiB/Cu/CoFeSiB多層膜的巨磁阻抗效應研究Giant Magneto-Impedance Effect in CoFeSiB/Cu/CoFeSiB Multiplayer Films
- 淺層高分辨率工程多波地震勘探方法研究Study on high resolution engineering multi-wave seismic exploration in shallow stratum
- 應用基于相似背景的分離技術(shù)能夠在地震資料上揭示出更多的薄層反射特征,詳細地顯示出橫向的細微變化,突出有效波信息,使該地區沙四段灘壩砂體的勘探取得了較大進(jìn)展。Separation technology based on similar background can reveal more reflecting features of thin layers on seismic profile; can display the lateral variation in detail and can accentuate the information from effective wave. The application of this technology has developed the exploration of Es4 beach -bar sandbodies in this area.
