Titlebook: Analytical Methods for Nonproliferation; Edward C. Morse Textbook 2016 Springer International Publishing Switzerland 2016 Active Interroga

Epithelium

Agronomy

Nuclear Explosives, Cold War and the arms race in the 1960s and beyond. The impact of the dismemberment of the Soviet Union on the availability of weapons-usable nuclear material is outlined, and the classification of nuclear material is described from the viewpoint of various national and international regulatory bodies.

舊式步槍

Manifest

The Nuclear Fuel Cycle, described. Reactors are used to make plutonium, and the features making reactor types attractive or unattractive for weapon-grade plutonium production are described. Conversion of military material to civilian use is discussed, and proliferation risks in the waste stream are assessed.

離開(kāi)可分裂

Nuclear Testing,ssed, their atmospheric transport is studied, and the three technologies used at IMS radioxenon stations are explored. Next seismic waves are discussed, along with some historical examples of nuclear detection with seismic signals. Hydroacoustic signals are also discussed, and finally infrasound signals in the atmosphere.

工作

Active Interrogation,ical implementations. Photon sources for NRF are studied, including bremsstrahlung, laser Compton upshift, and laser wakefield acceleration combined with Compton upshift. Lastly, the health physics aspects applicable to these systems are presented, with some examples of radiation dose calculations for neutron-based and photon-based systems.

enumaerate

Introduction,of nuclear weapon technology into other countries. Some of the motivation for other countries to obtain nuclear weapons is also described. The early efforts at controlling this nuclear weapons buildup through international diplomacy efforts is then discussed. Efforts at nuclear weapon and stockpile

拋棄的貨物

自愛(ài)

有角

Detection Statistics,ds have been applied to nuclear detection problems, and an introduction to the concepts important to these approaches is presented. The statistics of nuclear counting is presented from the classical probability calculations for independent random events, leading to Poisson and Gaussian statistical m