PPT-Reflected

Solar Radiative Kernel s And Applications Zhonghai Jin Constantine Loukachine Bruce Wielicki Xu Liu SSAI Inc NASA Langley research Center July 69 2010 Objective Introduce the reflected solar spectral kernels their spectral characteristics and the potential applications to CLARREO . Follow same philosophy as yesterday’s IR discussion. Review . RS science related to benchmarking and reference . intercalibration. How to achieve SI traceability. Technical readiness. Requirements. Different colors correspond to different wavelengths of visible light. 665 nm. 630 nm. 600 nm. 550 nm. 470 nm. 425 nm. 400 nm. Today’s Lab. If we shine light on an object, some light is absorbed and some is reflected. Physics 2415 Lecture 36. Michael Fowler, . UVa. Today’s Topics. Colors of thin films. Michelson’s interferometer. The Michelson Morley experiment. Thin Film Interference Effects. The colors seen in soap bubbles arise from interference between the reflected light from the two surfaces, which are separated by a distance of order the wavelength of visible light (. 5.6C . Demonstrate . that . light. travels in a straight line until it strikes an object or travels through one medium to another and demonstrate that light can be reflected such as the use of mirrors or other shiny surfaces and refracted such as the appearance of an object when observed through water.. Reflection. When a wave reaches a boundary between two media, usually some or all of the wave bounces back into the first medium.. A metal surface is rigid to light waves that shine upon it. . Light . Remember: the color of an object that you see is the color it is reflecting; the object absorbs all other colors.. A lime. Colors Reflected:. Colors Absorbed: . Red orange yellow green blue indigo violet. Introduction to Seismology. 18 . Jan . 2017. © A.R. Lowry . 2017. Read for Fri . 20 . Jan: . S&W. 29-52 (§2.1-2.3). Last time:. . “. Review. ”. of Basic Principles. • Fundamental observation is the . Materials can be. . Transparent. - A material that transmits (allows through) light unaffected. . Translucent. - A material that transmits light but scatters it into different directions . . Opaque. Light. What is light?. . It is the electromagnetic . radiation that can be . perceived . by the human eye. It is made up . of.  . electromagnetic waves.  with wavelengths between . 4 . × 10. -7. Reflection. Size does not change, shape may or may not change in orientation.. Reflected over y axis. Reflected over x axis. Reflected over y axis. y coordinates stay the same. Reflected over y axis. light. and how they can help us see . objects. How . i. s . l. ight . r. eflected?. Read the following four . explanations of how light is reflected.. Three of the explanations are false; only one of them is accurate. Nanotech. Vanderbilt Student Volunteers for Science. What is nanotechnology?. A nanometer is a billionth of a meter. . That’s . really, really . tiny. ! . Nanoscale. science. focuses on things that are measured in nanometers, including atoms and molecules, the basic building blocks of our world. . Gohil. . Amit. M. (130980109001). Joshi Jay P. (130980109020). Barot. Mahesh P. (130980109002). Pandya. . Bhrugu. I. (130980109003). HANSABA COLLEGE OF ENGINEERING AND TECHNOLOGY, SIDHPUR (098). Review:. A . TRANSFORMATION . is . . . .. . . . when a figure or point is moved to a new position in a coordinate plane. This move may include a change in size as well as position.. A . RIGID TRANSFORMATION .