N diffusion is a process used in semiconductor manufacturing to introduce donor impurities, such as phosphorus or arsenic, into a silicon substrate to create regions with excess negative charge carriers. This increases the conductivity of the material and is commonly used to form the n-type regions in CMOS devices.
This process is called diffusion. Molecules move randomly and collide with each other, leading to a net movement from areas of high concentration to low concentration. Diffusion is a passive process that does not require energy input.
Diffusion of AIDS is an example of contagious diffusion, where the disease spreads through direct or indirect contact between individuals.
no
Facilitated diffusion moves molecules through cell membranes passively.
Diffusion is known from immemorial times; laws for diffusion were elaborated by Adolf Eugen Fick.
N. I. Portenko has written: 'Generalized diffusion processes' -- subject(s): Diffusion processes
That is the proper spelling of the term diffusion.
This process is called diffusion, where molecules move down their concentration gradient to achieve a uniform distribution.
L. N. Larikov has written: 'Diffusion processes in ordered alloys'
A Soviet Scientist who invented Diffusion Welding/Bonding
A. N. Berezhnoi has written: 'Binary diffusion coefficients of liquid vapors in gases' -- subject(s): Diffusion, Gases, Rare, Hanbbooks, manuals, Handbooks, manuals, Rare Gases, Tables
A N. Buckler has written: 'A systematic method for correlating measurements of channel powers with the lattice constants in theneutron diffusion equations' 'An analytical treatment for multi-layered reflector regions in neutron diffusion codes'
I dont know you should ask someone else
Aron N. Spector has written: 'Acquaintance circles and communication' -- subject(s): Diffusion of innovations, Artificial insemination
The built in potential in a pn junction. Due to the difference in carrier concentration between the sides of a pn junction. Diffusion potential increases with increase in doping levels.
N, P, K and trace element ions
contagious diffusion, relocation diffusion, expansion diffusion, stimulus diffusion, hierarchical diffusion.