'Em spectrum' presentation slideshows

Review Session for Final

1.96k views • 182 slides

Summary

Summary.

1.21k views • 109 slides

Multi-Spectral Remote Sensing Systems and Design Lecture 4

1.01k views • 85 slides

Pre-IB/Pre-AP CHEMISTRY

892 views • 69 slides

Writing is Important!

Writing is Important!. Recommended reading: Clean, Well-lighted Sentences: A Guide to Avoiding the Most Common Errors in Grammar and Punctuation by Janis Bell. Writing is Important!. Recommended reading: Eats Shoots and Leaves: The Zero Tolerance Approach to Punctuation by Lynne Truss.

968 views • 64 slides

Chapter 18: Electromagnetic Spectrum & Light

Chapter 18: Electromagnetic Spectrum & Light. 18.1: Electromagnetic Waves. Question: What do x-ray machines, microwave ovens, and heat lamps have in common with police radar, TV, and radiation therapy???. Electromagnetic Waves.

1.96k views • 54 slides

Diagnostic X-ray Imaging: Physics and Technology

Diagnostic X-ray Imaging: Physics and Technology. Dr. Nabil Maalej. Outline. X-ray Production X-ray Interaction with Matter X-ray Damage to Tissue X-ray Image Detectors Major Advances in X-ray Imaging. Discovery of X-rays .

1.18k views • 54 slides

Remote Sensing Applications in Astronomy

Remote Sensing Applications in Astronomy. Didem Aysan 110010215. Remote Sensing. collection of information about a surface without direct contact ? lots of information ? no contact. Astronomy.

855 views • 42 slides

Electrons and the EM Spectrum

396 views • 34 slides

Digital Image Processing

Digital Image Processing. Chapter 2. Chapter 2: Digital Image Fundamentals. Digital image processing is based on Mathematical and probabilistic models Human intuition and analysis Resolution Adaptation. 2.2 Light and the EM Spectrum.

801 views • 33 slides

EE3321 ELECTROMAGENTIC FIELD THEORY

540 views • 32 slides

Electromagnetic Waves

Electromagnetic Waves. What are they?. Examples of Electromagnetic Waves/Radiation. Radio Waves (AM and FM radio waves andTV signals) Cell phone communication links Microwaves Infrared radiation Light X-rays Gamma rays What distinguishes these from one another?.

537 views • 29 slides

Review

410 views • 28 slides

Light as a Wave

Light as a Wave. One way to think about light is as a traveling wave A wave is just a disturbance or vibration in some medium ( water, air, space) A wave travels through a medium but does not transport material A wave can carry both energy and information. Wave Terminology. Wavelength ?

619 views • 27 slides

Basics of Radiation Physics

Basics of Radiation Physics. How Heat Can Travel Through the Vacuum of Space How Radiation Affects Heat Here on Earth. EM Spectrum. Wavelength vs. Frequency. ?? = c Lambda*nu = C wavelength*frequency = speed of light C = 3.00 x 10 8 m/s (in a vacuum). Example 1. ?? = c

870 views • 23 slides

Remote Sensing Electromagnetic Radiation

625 views • 22 slides

Physics for Graduation Credit

324 views • 19 slides

Ecology

328 views • 16 slides

Lecture 6 Non Inertial Frames Energy-Waves-Radiation

Lecture 6 Non Inertial Frames Energy-Waves-Radiation. ASTR 340 Fall 2006 Dennis Papadopoulos. FRAMES OF REFERENCE.

339 views • 14 slides

Wireless Systems Instructional Design

Wireless Systems Instructional Design. Narayan Mandayam. What is this course about?. Application. Network. Link. PHY. Spectrum. Computer Science. Electrical Engineering. Course Outline. Foundation Introduction to wireless communication RF signal propagation & Measurements

217 views • 9 slides