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反射點(diǎn)

"reflection" in Chinese : n. 1.【物，計(jì)】反射；反射波[光，熱，音，色]。 2 ...
"point" in Chinese : n. 1.尖頭，尖端；尖頭器具；〔美國(guó)〕筆尖；接種針，雕 ...
"point of reflection" in Chinese : 反射點(diǎn)
"point reflection" in Chinese : 點(diǎn)反射; 點(diǎn)反映
"common reflection point" in Chinese : 公共反射點(diǎn); 共反射點(diǎn)
"point of reflection on the curve" in Chinese : 曲線的反彎點(diǎn)
"point-source reflection" in Chinese : 點(diǎn)源反射
"reflection-point smear" in Chinese : 反射點(diǎn)拖影
"reflection-point trajectory" in Chinese : 反射點(diǎn)軌跡
"specular reflection point" in Chinese : 鏡面反射點(diǎn)
"subsurface reflection point" in Chinese : 地下反射點(diǎn)
"transient point-source reflection" in Chinese : 瞬時(shí)點(diǎn)源反射
"wide-angle common reflection point stack" in Chinese : 廣角共反射點(diǎn)疊加
"and reflection" in Chinese : 經(jīng)驗(yàn)與反思，198
"no reflection" in Chinese : 無(wú)反射

Examples

The reflection point will, generally, not lie vertically below the observation point .
一般情況下，反射點(diǎn)并不在觀測(cè)點(diǎn)的正下方。
The reflection points for the transformed waves do not coincide with those of the non-transformed waves .
轉(zhuǎn)換波的反射點(diǎn)與非轉(zhuǎn)換波的反射點(diǎn)不一致。
Based on the similarity of common reflection point trace gathers in one coherent zone , crs stack can focus more energy on the vicinity of the reflector , and therefore can obtain a high signal - to - noise ratio zero offset section by stacking events with the same phase
共反射面疊加利用了鄰近多個(gè)共反射點(diǎn)道集的相似性，提高了資料的覆蓋次數(shù)，從而壓制了隨機(jī)噪聲，增強(qiáng)反射波同相軸的連續(xù)性，大幅提高了地震資料的信噪比。
For processing of 3d and 3c seismic data , the reflected p - waves can be processed with the conventional methods , while the reflected converted waves can not be processed with the conventional p - wave processing methods , because their travel paths are asymmetrical , their common midpoint gathers are no longer common reflection point gathers , and their time - distance equation is non hyperbolic
在三維三分量地震勘探資料處理中，對(duì)于反射縱波資料可以采用常規(guī)方法進(jìn)行處理；而對(duì)于反射轉(zhuǎn)換波資料，由于其傳播路徑的非對(duì)稱性，轉(zhuǎn)換波共中心道集不再是共反射點(diǎn)道集，轉(zhuǎn)換波時(shí)距方程也不是雙曲方程，因此不能采用常規(guī)縱波處理方法來(lái)處理轉(zhuǎn)換波資料。
This paper proposes a method for optimizing the parameters of geometry system . based on the ray tracing for the built - model , discussing and analyzing the parameters of geologic aim such as the bin size , calculating the fold of aim layer ' s common reflection point , comparing the fold of crp with the fold of common mid - point , the geometry system ' s parameters are adjusted to improve the low fold bins , the quality of data collection and effect of exploration
本文提出了首先建立目標(biāo)地質(zhì)體的數(shù)字模型，根據(jù)射線追蹤正演分析，目標(biāo)地質(zhì)體的參數(shù)分析(面元分析等) ，統(tǒng)計(jì)求取復(fù)雜地質(zhì)模型目標(biāo)層真正的共反射點(diǎn)覆蓋次數(shù)，比較cmp面元與實(shí)際crp面元的覆蓋次數(shù)差異， cmp道集對(duì)應(yīng)的共反射點(diǎn)面元分析，針對(duì)覆蓋次數(shù)較低的目標(biāo)層面元調(diào)整和優(yōu)化觀測(cè)參數(shù)，提高目標(biāo)層的采集質(zhì)量和勘探效果。