Главная
Study mode:
on
1
Introduction
2
Components of a rainbow
3
Ray optics
4
Secondary bow
5
Why are all rainbows
6
Supernumerary bows
7
What is the rainbow
8
New classification
9
History of rainbows
10
The Rainbow Bridge
11
The Rainbow Classification
12
The Problem
13
Li
14
Strategy
15
Remarks
16
Classification
17
Foot of rainbow
18
Scientific interest
19
Pictures of rainbows
20
Video games
21
Red ball
22
Pot of gold
23
Red bows
24
Rainbow diameter and temperature
25
Classifications
26
Supranarrable
27
Particle pollution
28
The effect
29
More difficult
30
Questions
Description:
Explore the fascinating world of rainbows in this 49-minute AGU Fall Meeting 2015 press conference. Delve into a new classification system for rainbows, developed from analyzing hundreds of images, which provides insights into the variations in hue and width of color bands. Learn about the components of rainbows, ray optics, secondary bows, and supernumerary bows. Discover the history of rainbow studies, scientific interests, and the impact of factors like particle pollution on rainbow appearance. Gain understanding of the relationship between rainbow diameter and temperature, and explore intriguing concepts such as the rainbow bridge, red bows, and the mythical pot of gold. Join research scientist Jean Ricard from Météo-France as he presents this comprehensive look at the science behind these captivating natural phenomena.

Why All Rainbows Don't Look Alike - New Classification System

AGU
Add to list
0:00 / 0:00