1) accumulation event
成藏事件
2) burial diagenetic event
埋藏成岩事件
1.
The products, petrology and geochemistry of various burial diagenetic events are distinctively different.
鄂尔多斯盆地东部下奥陶统碳酸盐岩埋藏成岩事件主要有埋藏白云岩化、埋藏溶解作用、埋藏胶结作用、埋藏去白云岩化、有机质成岩作用和粘土矿物转化作用等。
3) Tibetan Issue
西藏事件
1.
Tibetan Issue and Beijing Olympics are the global media\'s great events.
无论是“3·14”西藏事件还是北京奥运事件,作为全球性的媒介大盛事,中外媒体对它们的报道都直接关乎中国国际形象的塑造。
4) reservoir-forming condition
成藏条件
1.
Oil-gas reservoir-forming conditions and patterns in Lenghu-Nanbaxian structural belt in the northern margin of Qaidam Basin;
柴达木盆地北缘冷湖南八仙构造带油气成藏条件及成藏模式
2.
High-yielding wells were continually found,which indicates that this area developed favorable reservoir-forming conditions such as source rock,reservoir rock,cover and all kinds of traps.
近年来相继发现的高产井揭示了东辛油田沙一段具有良好的生、储、盖等成藏条件及类型多样的圈闭类型。
5) accumulation condition
成藏条件
1.
Gas accumulation conditions of Lower Carboniferous in Yangjiashan region of Lianyuan Sag;
湘中涟源凹陷杨家山地区下石炭统天然气成藏条件
2.
Analysis of oil-accumulation condition and exploration direction of the second member of Shahejie Formation in the western Chezhen Sag
车镇凹陷西部沙二段油气成藏条件及勘探方向分析
3.
On basis of analysis of hydrocarbon accumulation conditions,it was recognized that there were several source rocks including Cambrian-Ordovician,Carboniferous and Triassic sequences in block Abei-Shunbei.
阿北—顺北区块油气成藏条件分析与综合评价认为,本区发育寒武—奥陶系、石炭系、三叠系多套烃源岩,最主要烃源岩为寒武—奥陶系;发育奥陶系、志留系、东河砂岩与石炭系中下泥岩段、石炭系中泥岩段四套成藏组合;具有加里东晚期、海西晚期和喜马拉雅期三期成藏,以海西晚期成藏为主;丰富的油源、良好的储盖组合、古隆起古斜坡是油气成藏的主控因素;探区勘探潜力较大,具有东河砂岩、志留系、奥陶系三个重要的勘探领域,顺北低幅度背斜构造带、十四团场背斜构造带、阿满1井背斜构造带是下步勘探和研究的重点地区。
6) accumulation conditions
成藏条件
1.
Different regional characteristics of the petroleum accumulation conditions in the south of China;
中国南方海相油气成藏条件地区差异性
2.
Analysis of difference in oil or gas accumulation conditions of K1n2 between the south and north of Wuerxun depression;
乌尔逊凹陷南二段南北油气成藏条件差异性分析
补充资料：道成归 藏头赠岳秀才
【诗文】：
年苦志不求奇。公寻者希。夷猛悟笑微微。华枉用机。予偃，婴肥。宫祥瑞围。传心印谨相依。灵神自飞。
【注释】：
【出处】：
年苦志不求奇。公寻者希。夷猛悟笑微微。华枉用机。予偃，婴肥。宫祥瑞围。传心印谨相依。灵神自飞。
【注释】：
【出处】：
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条