1) geothermal history simulation
地热史模拟
2) thermal history
热史模拟
1.
Based on the relationship of stratum uplifting(or sedimentation) and rising(or falling) of paleotemperature,and the thermal history simulation of apatite fission track,beginning time of Cenozoic unconformity and sedimentation of Songliao Basin was confirmed here.
根据地层的抬升剥蚀(或沉降沉积)与古地温降低(或升高)之间的关系,通过磷灰石裂变径迹热史模拟的方法和其他地质资料,精确地确定了松辽盆地新生代的不整合和依安组、大安组、泰康组等地层沉积开始和结束的时间。
3) thermal history modeling
热史模拟
1.
On the basis of apatite fission track thermal history modeling results of intrusive rock samples from Yichang and Tongshan in the periphery of Jianghan Basin,we think that the samples have come through four stages of cooling with different cooling rates since Mesozoic,indicating the constant uplifting since the Indosinian period in the periphery of Jianghan Basin.
裂变径迹的热史模拟能再现样品的温度历史,反映盆地因构造、沉积因素所致的沉降-隆升作用过程。
4) geology history simulation
地史模拟
5) geothermal simulation
地热模拟
6) geothermal history model
地热史模型
补充资料:金属材料发展史(见材料发展史)
金属材料发展史(见材料发展史)
history of metallic material
金属材料发展史historyor metalli。material见材料发展史。
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