Books :
- - Handbook of nuclear physics
- - Handbook of classical physics
- - Mathematical tool for physics
- - Calculus-based physics
- - Remote Sensing
- - NAVSTAR GPS Surveying
- - Control Valve Handbook
- - Radiation Protection Manual
- - Noise and Vibration Control in Buildings
- - Power Plant Accoustics
- - Security Engineering : Electronic Security System
- - Atomic Spectroscopy
- - Air Pollution Control Systems for Boiler and Incinerators
- - User Guide for Desiccant Dehumidification Technology
- - Handbook of Tritium Handling and Safe Storage
- - Fire Protection Engineering for Facilities
- - Specifications, Tolerances, and Other Technical Requirements for Weighing and Measuring Devices
- - X-ray Topography
- - GPS Basics
- - Uncertainty and Dimensional Calibration
- - Measurement Evaluation
- - The Fundamentals of Neutron Powder Diffraction
- - Applications of Global Analysis in Mathematical Physics
- - Residential Fuel Cell Demonstration Handbook
- - Battery Technology Life Verification Test Manual
- - Fire Protection Design Criteria
- - Introduction to Groups, Invariants, and Particles
- - Nuclear Air Cleaning
MORE BOOKS ……
You are spreading the Best Knowledge by books
Thanks a lot.
i want 2 know that”does a p-tye semi conductor pocess positive charge?if so why?/if not so why?
can u please tell me the cler idea with correct explanation.
a p type semiconductor is definitely not positively charged.
the “p ” character is due the fact that it is “doped” with an electron deficient impurity which is usually trivalent. Now since Si can form only four bonds at a time, the electron deficient impurity now has a vacant position in its valence shell which provides a vacancy (aka a “hole”) that behaves as an “apparent positive charge” though its merely a vacancy and not a particle.
hence the semiconductor remains neutral