'High energy electron' presentation slideshows

Intro to Nuclear Chemistry

1.29k views • 95 slides

Cell Energy

Cell Energy. Hayley, Tom, Jocelyn, Dylan, Jaclyn. Cellular Respiration. Photosynthesis. Energy and Life. Cellular Respiration. What is the equation for cellular respiration?. C 6 H 12 + 6O 2 - enzymes - 6CO 2 + 6H 2 O. Where does Cellular Respiration occur?. Mitochondria.

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X-ray Production

X-ray Production. kVp KINETIC ENERGY OF ELECTRONS. CATHODE --------. MADE OF TUNGSTEN + 1%-3% THORIUM. TUNGSTEN. Z # 74 MELTING POINT- 3,410 DEG. CELSIUS . THORIUM. Z # 90. THERMIONIC EMISSION. CATHODE HEATED UP TO AT LEAST 2,200 DEG. CELSIUS. ANODE +++++. TUNGSTEN

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X-ray Production

X-ray Production. kVp KINETIC ENERGY OF ELECTRONS. CATHODE --------. MADE OF TUNGSTEN + 1%-3% THORIUM. TUNGSTEN. Z # 74 MELTING POINT- 3,410 DEG. CELSIUS. THORIUM. Z # 90. THERMIONIC EMISSION. CATHODE HEATED UP TO AT LEAST 2,200 DEG. CELSIUS. ANODE +++++. TUNGSTEN

479 views • 30 slides

X-ray Production

X-ray Production. kVp KINETIC ENERGY OF ELECTRONS. CATHODE --------. MADE OF TUNGSTEN + 1%-3% THORIUM. TUNGSTEN. Z # 74 MELTING POINT- 3,410 DEG. CELSIUS. THORIUM. Z # 90. THERMIONIC EMISSION. CATHODE HEATED UP TO AT LEAST 2,200 DEG. CELSIUS. ANODE +++++. TUNGSTEN

740 views • 30 slides

GHSGT Review for the Physical Science Domains

GHSGT Review for the Physical Science Domains. Atoms, elements, bonding, compounds, mixtures, periodic table, Newtons Laws, Force, Work and Mechanical advantage, Heat transfer, Radioactivity, Electricity and Magnetism, Waves, Sound and Light . What is Matter?.

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V ub measurements with the BaBar detector

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CT Physics and Instrumentation RAD 323 2014

CT Physics and Instrumentation RAD 323 2014. Alhanouf Alshedi Email: aalshedi@ksu.edu.sa. Topics to be covered. 1 st Lecture: Introduction to C.T and Historical prospective, CT physical principle. 2 nd Lecture : CT instrumentation and x-ray system and Data acquisition .

616 views • 24 slides

Chapter 25 Nuclear Chemistry

Chapter 25 Nuclear Chemistry. 25.2 Nuclear Transformations. Chemistry. Today we are learning to:- 1. See what determines the type of decay a radioisotope undergoes 2. Understand what we mean by the term half-life 3. Calculate how much of a sample remains after each half-life

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3D scattering of electrons from nuclei

3D scattering of electrons from nuclei. Finding the distribution of charge (protons) and matter in the nucleus [Sec. 3.3 & 3.4 Dunlap]. The Standford Linear Accelerator, SLAC. Electron scattering at Stanford 1954 - 57. 1961 Nobel Prize winner.

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Microscopy as a Means for Nano-Characterization

Microscopy as a Means for Nano-Characterization. By Thomas Williams Phys 3500. What is Microscopy?. Microscopy is any technique for producing visible images of structures or details too small to otherwise be seen by the human eye. What is Nano Characterization?. What does it look like?

970 views • 23 slides

IONIZING RADIATION

IONIZING RADIATION. Non-Ionizing Radiation Does not have enough energy to remove electrons from surrounding atoms. There Are Lots Of Types Of Radiation . Atomic Structure. All matter is made up of atoms Protons Neutrons Electrons Not all atoms are stable

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Formation of the Carbonaceous Plasma

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RADIOACTIVE ELEMENTS

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Bellringer:

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Electron & Positron Observation

d N /dE ? E -2 exp(-E/E c ). Log(dN/dE). ?. ?. E c. Log(E). Annihilation of Dark Matter ? WIMP). ???e + ,e -. Constitutes of the Universe. Heavy Element. ???. ????????. ????????. ???. ???. 0.03%. 0.03%. 0.03%. 0.03%. Neutrino. ??????. 0.3%. 0.3%. ??????. ??????. 0.3%.

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Nuclear Chemistry

Nuclear Chemistry. The Nucleus. Remember that the nucleus is comprised of the two nucleons , protons and neutrons. The number of protons is the atomic number. The number of protons and neutrons together is the mass number which is effectively the mass of the atom. Isotopes.

193 views • 10 slides