Anatomy of Radiation And Propagation

By Huang, Cres

Book Id: WPLBN0100002634
Format Type: PDF eBook:
File Size: 7.72 MB
Reproduction Date: 12/28/2017

Title:	Anatomy of Radiation And Propagation
Author:	Huang, Cres
Volume:
Language:	English
Subject:	Non Fiction, Science
Collections:	Authors Community, Science
Historic Publication Date:	2017
Publisher:	Self-published

Member Page:	Cres Huang
Citation APA MLA Chicago Huang, B. C. (2017). Anatomy of Radiation And Propagation. Retrieved from http://gutenberg.cc/

Description
We hear the word radiation often. We see waves revealed by water, and air wave above hot surface. We feel the air (wind) and hear it's motion (sound), even see the supersonic shack wave of air. How particle, wave, radiant energy, or EMR is different from perceivable world in our day to day life? Shouldn't there be fundamental principles that governing the action of matter and it's interaction with it's environment?

Summary
Even a lone particle stands out from it's background. Any object broadcasts it's existence, from insignificant to strong, simple to complex. It will never stop regardless it is observable to us or not. Action of object casts force (energy) into the environment. It can be contact force that requires media to spread, or action-at-a-distance force that does not. Energy is passed onto next neighbors and spread out. The collected interactions of neighbors will be in the form of waves. It is the fundamental activity of action-reaction-interaction of an object and environment. Oscillating piano string with hummer, it makes sound and heat. Dust or water droplets on th string will be shook off. Oscillating it with electricity, it produces heat and light. Particles are radiated when oscillated in high energy. Certainly, the structure of the string will not survive long in such intense. Comparing to what the Sun is doing, do you see the similarity? Isn't the Sun is oscillating at the intense of destruction?

Excerpt
Oscillating piano string with hummer, it makes sound and heat. Dust or water droplets on th string will be shook off. Oscillating it with electricity, it produces heat and light. Particles are radiated when oscillated in high energy. Certainly, the structure of the string will not survive long in such intense. Comparing to what the Sun is doing, do you see the similarity? Isn't the Sun is oscillating at the intense of destruction?

Table of Contents
1 Introduction 2 Anatomy of Radiation 3 Propagation Function 3.1 Surface Propagation 4 Heterogeneity 5 Heterogeneity Redshift Calculation 6 Anatomy of Redshift 6.1 Heterogeneity Redshift 6.2 Doppler Redshift 7 Summary References