準旋迴 的英文怎麼說

中文拼音 [zhǔnxuánhuí]
準旋迴 英文
paracycle
  • : Ⅰ名詞1 (標準) standard; guideline; criterion; norm 2 (目標) aim; target Ⅱ動詞1 (依據; 依照)...
  • : 旋Ⅰ動詞1 (旋轉) whirl 2 (用車床切削或用刀子轉著圈地削) turn sth on a lathe; lathe; pare Ⅱ名詞...
  1. Sedimentary dynamic analysis of sequence structure and stacking pattern of base level cycle

    結構與疊加樣式的沉積動力學分析
  2. In the studying zone, one long term cycle, 6 middle term cycles and 27 short term cycles was identified and correlated. base on the correlation

    在非均質模式與油氣動用狀況分析基礎上,研究了基對油氣動用狀況和剩餘油分佈的控製作用。
  3. There are 5 depositional systems in the region. they are panne and jishan delta systems coming from chengning heave near the northwest border of the region, shuangfeng delta located in southwest part of the region coming from luxi dome, qudi fan - delta located in the southeast of the studying area and the sub - fan near fault or fan - delta of the southern part of the region. based on the study of sedimentary facies and depositional systems, 11 lithological traps are predicted

    在等時地層格架內對沙三段各中期基內的沉積相和沉積體系進行了詳細研究,確定了沙三段沉積時期發育的五種沉積體系類型,即來自凹陷西北邊界埕寧凸起的盤河三角洲體系和基山三角洲體系、來自魯西隆起、分佈在凹陷西南部的雙豐三角洲體系、東南部的曲堤(扇)三角洲體系,南部的近岸水下扇/扇三角洲體系。
  4. There are 7 sedimentary microfacies that can be recognized, including underwater distributive river course, estuarine bar, submerged natural levee, etc. 2 ) on the basis of high - resolution sequence stratigraphy, distinguished basic level and base - level cycle, chang - 6 formation can be divided into 6 strata and 15 substrata, consequently the isochronous formation structure is set up

    自下而上依據高解析度地層學原理,根據識別出的基準旋迴界面以及3種在研究區常見的短期基準旋迴層序基本類型,將長6油層組劃分出6個砂層, 15個小層,建立以小層為單元的長6儲層的等時地層格架。
  5. Relationship between base - level cycles and hiberarchy of reservoir flow units of lower shihezi formation in daniudi gas field

    大牛地氣田下石盒子組基與儲層流動單元的層次性
  6. Sequence analysis and isochronous correlation of the short - term base - level cycles in the third oil reservoirs of the yanchang formation in the huachi oil field, ordos basin

    鄂爾多斯盆地華池油田延長組3油組短期基層序分析與等時對比
  7. Linnan sub - depression which is mesozoic and cenozoic faulted lacustrine basin is located in the southwestern part of huimin sag, depression of jiyang. it is dominated by lacustrine - fill sub - depression. based on well logs, three - dimension seismic profiles, cores and other basic data, 10 horizons including 6 turnaround surfaces and 4 maximum flooding surfaces are defined from es3 to the lower part of es2 formation, and 1 long - term and 5 intermediate - term base - level cycles which are named from c5 to c1 could be identified, and then the chronostratigraphic framework of the sub - depression is built

    本文以巖心、鉆井、測井、地震資料為基礎,在下第三系沙三段沙二下的一個長期基(二級層序)內部識別出10個有時間地層對比意義的界面,包括6個基面下降到上升的轉換面(層序界面) , 4個基面上升到下降的轉換面(湖泛面) ,劃分出c1 - c5五個中期基,建立了等時地層格架地層格架。
  8. The lithological traps related to jishan delta ? turbidite fan depositional system inherently developed during the base level falling period of c3 cycle and the base level rising period ; the lithological traps related to the underwater fan depositional system near xiakou fault developed during c2 cycle ; the lithological traps related to qudi fan delta developed during the base level falling period of c2 cycle ; and there are a few lithological traps related to shangfeng delta. these predicted traps are mainly distributed in the deeply low - lying areas

    在沉積體系、沉積相研究的基礎上,對臨南窪陷沙三段巖性圈閉分佈作出了預測,指出了各面下降期是尋找巖性圈閉的有利層序地層位置, (扇)三角洲前緣滑塌作用或快速充填作用形成的濁積扇或滑塌作用形成的濁積巖體是巖性圈閉形成的主要場所。
  9. Under the guidance of the principles and the classical way and process of subdividing sedimentary facies into, this thesis has analysed sedimentary facies of penglaizhen formation, especially iii, iv member of penglaizhen formation in middle - term base - level cycle isochronstratigraphy unit frame

    在中期基等時地層格架中,以經典的劃相原理、方法和相分析流程對蓬萊鎮組,重點是蓬段、蓬段進行沉積相分析。
  10. The further study shows that the sandstones at the bottom of the lower ganchaigou formation, which is a tr lithostratigraphic unit, were deposited in different stages of base level cycle, and they are not chronostratigraphic unit. so, to identify different sequences, especially high order sequences in analysis of terrestrial stratigraphic sequences, the sequence distribution feature must be fully consided. this view has practical significance for recognizing forming, evolution and filling history of qaidam baisn correctly, and has both theorical and practical meaning for directing further oil exploration

    研究還表明,傳統巖石地層單位中下乾柴溝組底部的砂巖代表了基面變化不同階段沉積的產物,它們屬于不同的成因單位,也非等時地層單位,因此,在進行陸相層序地層分析時,各級層序尤其是高級層序的識別要充分考慮面上的層序展布特點,這一觀點對正確認識柴達木盆地的形成演化和沉積充填歷史,指導今後的勘探具有一定的理論和實際意義。
  11. Sequence stratigraphy can contribute directly to the exploration of subtle traps. it is effective to increase the precision of stratigraphic correlation, therefor to enhance the reliability of subtle traps prediction, stratigraphic correlation approaches using in this paper based on principle of stratigraphic base - level cycles developed by t. a. cross, which are well tested in shallow marine and coastal plain strata. utilizing core, drilling, logging, seismic data and other information, the paper focus on recognizing the stratigraphic cycles formed by multi - order base - level cycles, establishing the stratigraphic correlation framework, researching on the distribution of reservoir and the prediction of the prospecting targets of the fourth section of shahejie formation in qi - shu area, liaohe basin

    本文以t . a . cross成因地層研究小組提出的以地層基原理為理論基礎進行成因地層分析和儲層預測的高解析度層序地層學為指導,利用鉆井、地震、巖心等多種分析資料,對遼河盆地西斜坡中部齊?曙地區沙四段地層進行了層序地層綜合研究,建立了研究區高解析度等時地層格架,在等時格架內對本區沙四段進行了沉積體系特徵及其展布規律的研究,在綜合分析成藏要素的基礎上對沙四段有利目標區進行了預測。
  12. Guided by a series of theories and methods of high - resolution sequence stratigraphy and sedimentology, the characteristics of medium - term, short - term and ultra short - term base - level cycle sequences have been studied in chang 6 member, upper triassic, fuxian exploration area, and the base - level cycle sequence structure types and stacking - patters formulized in detail. the sedimentary characteristics of two types of sedimentary facies, four kinds of sedimentary subfacies and ten species of sedimentary microfacies have been generalized. it has been researched that the distribution and evolution rule of sequence sedimentary facies

    本文以高解析度層序地層學和沉積學的理論與方法為指導,研究了富縣探區上三疊統長6段中期、短期和超短期基層序的特徵,詳細闡述了各級次基層序結構及疊加樣式;總結了長6段兩類沉積相、四種亞相以及十種微相的沉積特徵;闡明了長6段層序沉積相的展布與演化規律;在深入論述高解析度層序地層和沉積相與儲層發育關系的基礎上,評價預測了本區長6段的有利儲集相帶。
  13. Viewed from the ordered stacking patterns of the meter - scale cyclic sequences in the long - period sequences, twenty - six third - order sequences may be identified in the wumishan formation

    因此,七級韻律層、米級層和五級層序組分別與歲差、短偏心率、長偏心率間存在有成因聯系。
  14. Therefore, the seventh - order rhythmites, meter - scale cyclic sequences and fifth - order parasequence sets are correlative in origin with precession of equinox cycles, short eccentricity cycles and long eccentricity cycles, respectively

    常常3 - 5個米級層序呈有序疊加構成五級層序組,少數米級層序還可識別出5個七級韻律層而呈現出1 5的疊加關系。
  15. On the basis of sedimentary facies division, the author firstly divided super short - term and short - time base - level cycle on well drilling cores, and playback the cores to well logging curves to scale them, and set up different classes of base - level cycles answered to well logging respond models. finally the author discussed how to use log well curve to divide super short - term and short - time base - level cycle characters, and to set up super short - term and short - term base - level cycle comparison framework, and analyzed sand body origin cause of formation type and spreading rules

    在深入的沉積相研究基礎上,對鉆井巖芯進行了超短期?短期基劃分,將巖芯歸位,並對測井曲線進行刻度,建立了不同級次基的測井響應模型,進而應用測井曲線劃分低級次基,建立了超短?短期基地層格架,探討了砂體成因類型及展布規律。
  16. Based on well logs, three - dimension seismic profiles, cores and other basic data, author recognized the sequence horizons of high - scale by the changes of a / s ratio, and established high - resolution chronostratigraphic framework using multi - term base - level cycles of high - resolution sequence stratigraphy, combining sequence theory with sedimentology. the depositional system characters and distribution were outlined and the prospective areas for stratigraphic traps were defined : jishan and jiangjiadian

    本文是以鉆井、地震資料、巖心和各種分析化驗資料為基礎,以多級次基為參照面的高解析度層序地層學理論與研究方法將層序地層分析技術與沉積學原理緊密結合起來,運用a / s比值的變化趨勢可以識別高級次層序界面,建立高解析度層序地層對比格架。
  17. The paper has made a comprehensive study to marine carbonate oolitic reservoir in triassic of feixianguan group of intra - platform taphrogenic trough basin in north - east past of sichuan basin. according to the principle of high resolution stratigraphic sequence, combined with original results gained form the area, the author have built up the base level cycles and fades model of different stages based on the surface identification mark of base level cycle using the information of geology, seismic, logging, core and outcrops

    1 、依據層序地層學高解析度基原理與識別技術,建立了裂陷槽向上變淺直至露出水面過程中形成的基變化的7種特徵性識別標志,包括泥巖表面乾裂、淡水選擇性溶蝕、白雲化現象、白雲巖、石膏、伽瑪曲線高值、向上變厚、變粗序列、向上變細、變泥、變紅序列、向上值變低序列等。
  18. Control of stratigraphic sequence over the reservoir heterogeneity of the zhuhai - hanjiang formation in the zhujiangkou basin, china

    韓江組基與儲層非均質性的關系
  19. Cross, this paper has provided four grade sequences classifying synthetic plan, which has considered sequence boundary characteristics, boundary grades, sequence structure and superposing style. the classifying plan includes : super long, long, middle and short cycle sequence. on base of this plan, the jurassic sequence of the studied area can be divided into 4 super long cycle sequences, 8 long ones, 22 middle ones and more than 100 short cycle sequences

    Cross按基級別劃分層序和層序命名的原則,提出同時考慮界面性質、界面級別、層序結構和疊加樣式的超長期、長期、中期和短期4個級別的層序地層綜合劃分方案,將研究區侏羅系地層劃分為: 4個超長期層序, 8個長期層序, 22個中期層序及百余個短期層序。
  20. 1 based on the analysis of sedimentary structure and sedimentary energy, the facies model was founded. pucheng oil field is tightly adjacent to the boundary fault of dongpu depress, and it is easy to develop fan - delta and sub - fan on this location. in fact it is easy to find the sediment supply of the studying area is mainly from eastern high through the thickness map and its sand - content map

    在研究層段共劃分長期1個、中期6個和短期27個(短期規模太小,僅能在巖心上識別) ,通過測井曲線的基面識別和對比,確定了地層的分佈,結合基內可容空間的變化,對其沉積演化進行了分析。
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