PHYSICS for Engineers, Technologists and Scientists

This book was written to fill the gap in the independent physics book especially for students in engineering and technology majors, no doubt the book is very useful for science students as well. At the same time, those who do not want to be modern people and stay behind technological advances should definitely read this book. Today, the applications and applications of physics and the wave properties of matter have increased so much that it has been necessary to write independent physics books all over the world. For this, firstly, the concepts of motion, work-energy, moments of inertia, properties of matter, real and ideal gases, liquefaction of gases, equipartition of energy, diffusion and viscosity are given briefly and strikingly, and basic physics concepts are explained in two parts and their applications are briefly shown.
Beginning from the third chapter, the examination of the wave properties of matter and their applications have been examined. These are interference, diffraction, and polarization. Thus, Young's experiment, thin films, Newton's rings and their applications are studied. Chapter four explains the diffraction phenomenon. Fresnel and Fraunhofer diffraction, diffraction grating and applications are included. The fifth chapter covers the polarization phenomenon. Polarization patterns, delay plates, bicolour, and resolution of unknown polarization are explained in detail. Here, Kerr effect, Faraday effect and photoelasticity which is important for engineering and its applications are explained. The sixth chapter is devoted to the topic of superconductivity. If the superconductivity temperature is raised to room temperature, this issue is very important for engineering, technology and science as engineering and technology in the world will change completely. The seventh chapter gives a summary of quantum mechanics, but quantum mechanical tunneling is explained in detail and its applications are given in a way that cannot be found in any book. In the eighth chapter, the subject of laser is covered, three and four-level lasers, rubi laser and its applications are listed. Gas lasers are described. In the ninth chapter, holography and fiber optics are explained and their applications are presented. In the tenth chapter, dielectric properties of materials are examined, piezoelectricity and ferroelectricity are explained, magnetization forms and applications are shown. In the eleventh chapter, thermal properties and supersonic vibrations are examined and their applications are presented. The twelfth chapter is devoted to the detection of radiation emitted from the core, Geiger-Müller and scintillation counters and their applications are explained and their applications are shown. In the thirteenth chapter, nanomaterials, their production and applications are given. Sufficiently solved exercises are included in each chapter, and the solutions to the exercises at the end of the topics are given at the end of the book.