X-rays By: Marina Gutiérrez Navarro Sofía Frédérick Berraquero

Slides:



Advertisements
Similar presentations
Electromagnetic Spectrum. Electromagnetic energy travels in waves and spans a broad spectrum from very long radio waves to very short gamma rays. Our.
Advertisements

X-RAYS.
/ / X-RAY is part of the electromagnetic radiation. X-RAY has a form that similar to ordinary light rays (like infrared.
How Do X-Rays Work By: Carrie Lisle. Discovery of the X-ray Original inventor- A. W. Goodspeed on February 22, 1890 Had no information or proof, didn’t.
RADIOLOGY. NEXT GENERATION SCIENCE / COMMON CORE STANDARDS ADDRESSED! CCSS.ELA-Literacy.RST Determine the central ideas or conclusions of a text;
Electrons The discovery of the electron was a landmark
X-RAY By Lucas carter.
Or, Why do you want to x ray my cat? How does this stuff work anyway? Is it magic?
Unit 1 Physics Detailed Study 3.6 Chapter 15: Medical Physics.
The invention of the x-ray machines!! X-ray technology was invented completely by accident, by a German physicist Wilhelm Roentgen when he was experimenting.
X-Rays Sarah Fiorelli, Anne Adams, Carissa Ferarro, Caisang Huang, and Yingying Han X-Rays.
X-ray machine Names:JacusNicholasSheanCeline. Who was the inventor The inventor of the first x-ray machine is Wilhelm Conrad Rontgen He was born in lennep,
Medical Technology. Medical imaging Medical imaging is used to produce images of organs and tissues within the body for use in diagnosis and treatment.
Sasha Bennett & Natalie Rochette.  First observed and documented in 1895 by Wilhelm Conrad Roentgen, a German scientist who found it by accident while.
By Luis rosas.  The x-rays have a higher laser beam then other lights that you use. The energy from the sun is the some as the x-ray because they are.
What is Radiation? The breaking down of unstable atomic nuclei
By: Courtney Thomas Sara Kielbasa Kelsey Tamburri Lauren Goldfinger.
Chapter 1: Introduction to Science
Medical Uses-Diagnostics By: Carly Baurer. Background Info and History The German physicist Wilhelm Rontgen, discovered the radiation known today as X-rays.
Unit 1: Introduction to Science 1.1 The Nature of Science 1.2 The Way Science Works 1.3 Organizing Data.
Discover of Radioactivity
I WELCOME YOU ALL TO HAVE A CUP OF PHYSICS WITH SMILE.
Electromagnetic Spectrum
Invention and Inventor Done by Bernice, Asmara, Danish and Jonathan.
Light waves are called electromagnetic waves These waves carry energy  Light is made of photons  Photons carry energy  Energy = radiation  A wave of.
X-Ray PhysicsDXO 607 The Basic Principles of X-ray Production Michael J. O’Connor D.C.
Define conduction and convection. Objectives Know: How heat is transferred by radiation Understand: Which situations use radiation in everyday life Outcomes.
© JP 1  alpha e-e-  beta  gamma Marie Curie Antoine-Henri Becquerel (1852 – 1908) α,  and  RADIATION.
Introduction to Image recording
X-rays By: Jordan Duckham, Catherine Coombs, Jill Zwetchkenbaum & Nick Mariano.
Introduction Radiology is the branch of medicine that deals with imaging technology for diagnosing and treating illness and disease. It includes X-Rays,
Course Title : Image Recording
1 Copyright © 2013, 2009, 2004, 2000 by Mosby, an imprint of Elsevier Inc. RADT 1303 Principles of Radiographic Exposure I Class one of a two part physics,
Father of The X-ray born Germany 1848 raised in the Netherlands 1869 Ph.D. Mech. Eng., Zurich 1895 discovery of X-rays 1901 wins first Nobel in.
Electromagnetic spectrum What you need to know What you should know Topics 8.1 to 8.5 pages 78 to 87 Refer to your textbook at the same time as you watch.
Think back to last big teach...
Chapter1 & 9 History of Radiology and X-ray Tube
CES FOUNDATION COURSE Science notes.
Wilhelm Rentgen Under letter “X”.
Nature of Science.
Fundamentals of radiography.
Do Now: What is the difference between incandescent and fluorescent lights? What makes up white light? Which is hotter: a blue or red flame?
X-rays By Adam Lustig.
Introduction to and History of Fluoroscopy Radiation Protection
Radioactivity.
Radioactivity and its History
By Dr: Mohamed Afifi Lecturer Radiological Science
Lecture 1 Scientific Method Ozgur Unal
Chapter 1.1 Science – Learning the “rules” of the universe through observation and experimentation. A. How does science happen 1855 – Cathode rays discovered.
An Introduction to the Scientific Method and Investigation
ELECTROMAGNETIC SPECTRUM
Radioactivity and Nuclear Reactions
Chapter 1: Introduction to Science 1.1 The Nature of Science 1.2 The Way Science Works 1.3 Organizing Data.
Welcome to Jeopardy!.
Types of Radioactivity
William Henry Fox Talbot
I WELCOME YOU ALL TO HAVE A CUP OF PHYSICS WITH SMILE
PARTS OF THE ATOM electrons protons neutrons.
The light that we can see with our eyes is actually just a small part of all of the different kinds of light. Even though we cannot see most of this light.
X-Rays By: Sawyer Hubbard.
The Electromagnetic Spectrum: X-Ray
Chapter 8 The Composition of the atom
Ritter and Herschel Aim.
Introduction to physical science
Nuclear Chemistry Chapter 25.
Objectives Describe characteristics of the universe in terms of time, distance, and organization Identify the visible and nonvisible parts of the electromagnetic.
Nuclear Chemistry.
The Electromagnetic Spectrum
Radiology & investigation of hepatobiliary system
Fundamentals of Radiology
Presentation transcript:

X-rays By: Marina Gutiérrez Navarro Sofía Frédérick Berraquero Lucía García Infante

INDEX Introduction X-rays Development X-rays photography Scientific Method Conclusion

INTRODUCtion -The investigation about our project include: 1.Who discovered the X-rays. 2.How did they do it . 3.Which material did they use. 4.Things that you must know about the X-rays photography. 5.The sciencetific method about X-rays.

What are x-rays? - Type of electromagnetic radiation. - Invisible for our eyes, registered in a photographic film. - Transcend a human body and produce pictures protecting the shadow of some structures. - X-rays can be dangerous for us, depending on the intensity that we use. If you are pregnant, high radiation can affect you more.

Wilhelm Conrad Röentgen Development William Crookes Nikola Tesla Wilhelm Conrad Röentgen This is the hand of the wife of Röentgen. Was experimenting with the Crookes´ tubes and the Ruhnmkorff bobbin. He discoverd the X-rays. Introduced energy disch- arges to some gases in a tube called Crookes´ tubes. Started the study of the phenomena created by the Crookes´ tubes.

X-RAYS PHOTOGRAphY Is the name that he gove to the X-rays radiations. We use that discovery to find problems inside our body, in an easier and faster way. The 8th of november is the international day of X-rays photography.

SCIENTIFIC METHOD Observation: Röentgen worked with the crookes´ tubes and the Ruhnmkorff bobbin and he saw that the rays were crossing thick layers of paper and some metals. Hypothesis: Parts of the rays go out of the tube and can keep them in a fluorescent screen or in a photographic license plate. Experiment: He turned off the light and after he covered the tube with a black photographic paper trying to see if the rays of the waves of the rays went out of the tube. He was going to take a photo to this phenomenon, when he made a new discovery : the X-rays. This discovery has got different variables: . Idependent variable: the production of X-rays. . Dependent variable: if in the veiled license plate a picture appears. . Controlled variable: the X-rays machine and the place where the picture was taken. - Conclusion: the discovery worked correctly but while the technology improved the way to make X-rays photography.

CONCLUSION The x-rays are one of the most important discoveries for science, specially for medicine. That had helped to save plenty of lifes, with this discovery we can detect a lot of problems in our body. We think that this discovery is very usefull and without it we couldn´t survive.

WE HOPE THAT YOU LEARN AND ENJOY ABOUT OUR PROJECT