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The top documents tagged [high energy photon]

Modeling the Growing Plant: The Arabidopsis Shoot Apical Meristem Bruce E. Shapiro Biological Network Modeling Center The Beckman Institute at Caltech
Modeling the Growing Plant: The Arabidopsis Shoot Apical Meristem Bruce E. Shapiro Biological Network Modeling Center The Beckman Institute at Caltech
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Particlesymbolrest energy in MeV electron e 0.5109989 muon 105.658357 neutral pion 0 134.9766 charged pion 139.57018 proton p 938.27200 neutron
Particlesymbolrest energy in MeV electron e 0.5109989 muon 105.658357 neutral pion 0 134.9766 charged pion 139.57018 proton p 938.27200 neutron
220 views
Astronomy Picture of the Day. Why Can We See Each Other? Light emitted from other sources is reflected off of us. We don’t radiate in the visible part
Astronomy Picture of the Day. Why Can We See Each Other? Light emitted from other sources is reflected off of us. We don’t radiate in the visible part
214 views
Nuclear Energy. The Periodic Table Dates from around 1880, invented by the Russian Gregor Mendeleev. Organizes the elements into groups (columns) and
Nuclear Energy. The Periodic Table Dates from around 1880, invented by the Russian Gregor Mendeleev. Organizes the elements into groups (columns) and
215 views
Nuclear Chemistry Principles and Applications. Isotopes Recall that most elements consist of a distribution of various isotopes. Isotopes of the same
Nuclear Chemistry Principles and Applications. Isotopes Recall that most elements consist of a distribution of various isotopes. Isotopes of the same
220 views
Syracuse Summer Institute Weak Decays 1. Weak Interactions and Decays It’s an experimental fact that particles decay. The first place one usually encounters
Syracuse Summer Institute Weak Decays 1. Weak Interactions and Decays It’s an experimental fact that particles decay. The first place one usually encounters
220 views
Fundamental Atomic Particles Part 2
Fundamental Atomic Particles Part 2
98 views
Creating Light. Light as a Wave Light (or electromagnetic radiation), can be thought of as either a particle or a wave. As a wave, light has a wavelength,
Creating Light. Light as a Wave Light (or electromagnetic radiation), can be thought of as either a particle or a wave. As a wave, light has a wavelength,
223 views
Modeling the Growing Plant: The Arabidopsis Shoot Apical Meristem
Modeling the Growing Plant: The Arabidopsis Shoot Apical Meristem
57 views
Lecture 1.3: Interaction of Radiation with Matter
Lecture 1.3: Interaction of Radiation with Matter
227 views
Plant and Mammalian Tissue Culture Fluorescence Microscope Basics and Beyond - much taken from Nikon’s Microscopy U tutorial -…and
Plant and Mammalian Tissue Culture Fluorescence Microscope Basics and Beyond - much taken from Nikon’s Microscopy U tutorial -…and
215 views
Major lamp types. LAMP CHARACTERISTICS 1. Light production mechanisms 2. Principle lamp characteristics 3. Characteristics of three main lamp types (I)
Major lamp types. LAMP CHARACTERISTICS 1. Light production mechanisms 2. Principle lamp characteristics 3. Characteristics of three main lamp types (I)
220 views