3:25 - Introduction 7:29 - DFW vs. Connecticut - To Scale 7:59 - Electromaganetic Spectrum 9:52 - Types of Radiation 10:25 - Ionizing Radiation 11:08 - Measurement of Radiation Exposure 16:20 - Emergency Dose Limit Guidelines 16:55 - High Level Acute Exposures 19:26 - How Dangerous is Radiation? 22:04 - Radiation exposure Types 23:13 - Radiation Detection 24:30 - Detection Equipment 26:16 - Backpack 27:20 - Time / Distance / Shielding 31:25 - Toronto Paramedic 31:57 - Lead Aprons 33:38 - Two Types of Radiation Uses in Medicine 34:34 - General Radiation 38:15 - Precautions 44:15 - Characteristics of Different Radiological / Nuclear Events 46:52 - Zoned Approach to Response 48:14 - Understanding a Major National Security Threat: Improvised Nuclear Device 55:00 - Q&A 1:12:31 - Energy Partition 1:14:56 - What is a Fallout? 1:15:40 - Delayed Fallout 1:18:20 - Altitude Detonation vs. Surface Detonation 1:19:00 - Interventional Techniques 1:21:27 - 'Radiation Person' Perception 1:23:00 - Q&A
Пікірлер: 1
3:25 - Introduction 7:29 - DFW vs. Connecticut - To Scale 7:59 - Electromaganetic Spectrum 9:52 - Types of Radiation 10:25 - Ionizing Radiation 11:08 - Measurement of Radiation Exposure 16:20 - Emergency Dose Limit Guidelines 16:55 - High Level Acute Exposures 19:26 - How Dangerous is Radiation? 22:04 - Radiation exposure Types 23:13 - Radiation Detection 24:30 - Detection Equipment 26:16 - Backpack 27:20 - Time / Distance / Shielding 31:25 - Toronto Paramedic 31:57 - Lead Aprons 33:38 - Two Types of Radiation Uses in Medicine 34:34 - General Radiation 38:15 - Precautions 44:15 - Characteristics of Different Radiological / Nuclear Events 46:52 - Zoned Approach to Response 48:14 - Understanding a Major National Security Threat: Improvised Nuclear Device 55:00 - Q&A 1:12:31 - Energy Partition 1:14:56 - What is a Fallout? 1:15:40 - Delayed Fallout 1:18:20 - Altitude Detonation vs. Surface Detonation 1:19:00 - Interventional Techniques 1:21:27 - 'Radiation Person' Perception 1:23:00 - Q&A