当前课程知识点:Low-Temperature Thermochronology > Chapter 4. (U-Th)/He thermochronology: Analytical techniques > 4.2. Crystal characterization > 4.2.1 Lecture video
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-2.1. Geochronology and radiometric dating
-2.2. Closure temperature
-2.3. Thermochronology basics
-3.1. Alpha decay and (U-Th)/He age calculation
-3.2. Stopping distance and alpha ejection
-3.3. Alpha ejection correction
-3.4. Partial retention zone
-4.1. Crystal selection
-4.2. Crystal characterization
-4.3. Crystal measurement and packing
-4.4. Helium, uranium and thorium analysis
-4.5. Data presentation and evaluation
-Quiz
-5.1. Fission track formation
-5.2. Fission-track age calculation
-5.3. Track-length analysis
-5.4. Fission-track annealing
-5.5. Presentation and modelling of fission-track data
-6.1. Experimental Strategies for fission-track
-6.2. Sample preparation
-6.3. External Detector Method
-6.4. LA-ICP-MS Method
-8.1. Petroleum generation and paleotemperature
-8.2. Paleotemperature evolutionary history of source rocks in the Ordos Basin
-8.3. Meso-Cenozoic cooling history of the Weibei Uplift, Ordos Basin
-published paper for discussion
-9.1. Multi-chronological dating approach
-9.2. Time-temperature history reconstruction
-9.3 Case Study: South China
-Published paper for discussion
-10.1. Inverse modeling of AFT data using HeFTy program
-10.2. Post Late-Jurassic cooling history of mountains in the southwestern Ordos Basin
-Quiz for Chapters 6&8&10
-11.1. What is the sedimentary organic matter?
-11.2. Thermal parameters of organic matter
-11.3. Applications of thermal parameters to study basin thermal history
-Quiz
-Test