palaeokarst

美 　英

• n.古巖溶；古喀斯特

英漢解釋

n.	1. 古巖溶 2. 古喀斯特

例句

The well developed palaeokarst feature in it is due to multistage tectonic movement and its intrinsic sedimentary characteristics.

由于多期構(gòu)造運(yùn)動(dòng)及沉積體系自身的特征使古巖溶十分發(fā)育。

So the research findings will provide reliable evidence for the palaeokarst reservoirs evaluation and favorable area optimization.

上述研究成果將為川東石炭系古巖溶型儲(chǔ)層評(píng)價(jià)與有利區(qū)帶優(yōu)選提供可靠依據(jù)。

Many reverse faults develop in Ordovician palaeokarst in Tahe region, which include mainly NW, and NE, and EW, and SN directional.

塔河地區(qū)奧陶系發(fā)育加里東中期、加里東晚期—海西早期和海西晚期的逆斷裂，斷裂走向總體為NW向、NE向、EW向和SN向為主。

Hercynian palaeokarst slope and palaeokarst upland are favourable to the development of karst pores.

海西期古巖溶斜坡帶和古巖溶高地是巖溶空隙發(fā)育的有利區(qū)。

The Ordovician palaeokarst had gone through 3 evolution stages and there are 7 types of developed patterns in the Huanghua Depression.

黃驊坳陷奧陶系古巖溶經(jīng)歷了3個(gè)演化階段，具有7種發(fā)育模式。

Palaeokarst Characteristics and Controlling Factors of Marine Carbonate Rocks in Jianghan Plain and its Neighboring Areas

江漢平原及鄰區(qū)海相碳酸鹽巖的古巖溶特征及控制因素

Indication of Mineral Inclusion Characteristics to Palaeokarst Actions

礦物包裹體特征對(duì)古巖溶作用的指示性

Application of Seismic Physical Forward Modeling in Palaeokarst Reservoir Study

地震物理正演模擬在古巖溶儲(chǔ)層研究中的應(yīng)用

Restoration of Pre-Carboniferous Palaeokarst Landform in Central Ordos Basin

鄂爾多斯盆地中部前石炭紀(jì)巖溶古地貌恢復(fù)

Controlling Effects of Fault over Ordovician Palaeokarst in Tahe Region

塔河地區(qū)斷裂對(duì)奧陶系古巖溶的控制作用

Palaeokarst development characteristics of Lower Paleozoic buried hill in Chengbei 30

埕北30下古生界潛山古巖溶發(fā)育特征