Bhagavana Mahavira and his Relevance in Modern Times

Author(s): Narendra Bhanavat, Prem Suman Jain, V P Bhatt
Publisher: Akhil Bharat Varshiya Sadhumargi Jain Sangh

Page 216

Pudgala in the Philosophy of Mahāvira and Modern Science
203
particles of darkness play a decisive role in the development of a photographed film. Darkness is thus composed of matter.
Fig. 4
X RAYS GAMMA + BEYOND EINLIMIT →
VISIBLE
ULTRA
VIOLET
BLUE
GREEN
M0713A
ORANGE
INFRA RED RAYS
T RED
40 1000 2000
3000
4000
5000
60
7000 8000
gado
WAVE LENGTH 11 Augum
[ 1 Angsirons = 10+cm ELECTROMAGNETIC SPECTRUM VARIOUS WAVE LENGTHS FROM X RAYS TO
INFRA RED RAYS
The British scientist Harshall in 1800 A.D., discovered that the visible spectrum of light (obtained after passing the sun's rays through a prism in a dark room) possesses on its both sides invisible bonds which exhibit heat on measuring by a thermometer, that this temprature rises when we pass from Red visible band to Invisible Infra red rays (Fig. 4), That these invisible ultra violet or Infra red rays also possess the capacity of Reflection, Refraction or Diffusion as do the visible rays. 19
Conversion of Invisible into visible rays. (Fig. 5) Fig.5
IMAGE CONVERTER TUBE
Eye
INVISIBLE INFRA KEL
> L:3:17 GREEN RAYS
VISIBLE L: Convex LENS
Bz BATTERY OF S - PHOTO ELECTRIC SURFACE
6000 - 12000 E: ELECTRIC CONDENSER
VOLTAGE
P: PHOSPHOR (- : Electron)
T:Tongston
Fllament 1. Ball FFiller
10
In 1934, the scientist Holst designed an instrument called Image Converter tube in which the invisible Infra Red Rays were converged through a convex lens, inside a tube in which at the point S (hole) there was a photo electric surface. This photo electric surface on coming into contact with the invisible Infra Red Rays emits electrons which are passed through an electric condenser, of which one end is connected with negative rod and another end