2) Thermal history
热史恢复
1.
Thermal history reconstruction by using vitrinite reflectance data of western Hubei-eastern Chongqing area indicated that the maximum paleo-heat flow(68~78 mW/m~ 2 ) was reached in the early stage of Late Permian, and then decreased to present, and the paleo-heat flow at the end of Jurassic was averaged ~54 mW/m~ 2 .
根据鄂西—渝东地区镜质体反射率数据进行的热史恢复结果表明:该区在晚二叠世初期达到最高古热流(可达68~78mW/m2,地表热流),从晚二叠世初到现今古热流持续降低,在侏罗纪末期古热流平均为~54mW/m2(地表热流);鄂西—渝东地区中生界与新生界之间不整合面的剥蚀量可达1700~4000m。
3) recovery of paleo heat history
古热史恢复
4) recovery heating
恢复加热
1.
The recovery heating at 600℃ may reach the best effect.
通过试验研究了恢复加热温度对45钢疲劳损伤后累积疲劳寿命的影响。
5) heat annealling
加热恢复
1.
The variations of the light yield and the transmittance, the natural recovery and the heat annealling recovery of the radiation damage are measured.
３ＧｅＶｅ－束形成的电磁辐射场和６０Ｃｏγ辐射场照射后的辐照损伤，测量了晶体光输出和透射率的变化，以及辐射损伤的自然恢复和加热恢复效应。
6) Recover of Heat shock
热击恢复
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