Project – “Stereo Audio Compressor” Starting speech Audio compressors that use a light source to control a Light Dependent Resistor (LDR) are not new‚ and indeed there are many classic optical compressor designs. The design goal of the SOC-1.1 was to further enhance the attributes of optical compression to provide the user with alot more functionality as well as improve the compressor response to real world audio signals. We have carefully examined the characteristics of the LDR and developed
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ABSTRACT Title of Thesis: FREE-SPACE OPTICAL COMMUNICAITONS THROUGH A FOREST CANOPY Clinton Lee Edwards‚ Master of Science‚ 2004 Thesis Directed By: Professor Christopher C. Davis‚ Department of Electrical and Computer Engineering This paper models the effects of the leaves of mature broadleaf trees on air-to-ground free-space optical (FSO) communication systems operating through the leaf canopy. Ecological radiation transfer models are considered and the concept of Leaf Area Index
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Individual Work 1 Individual work Criminalistics Larry Skinner Unversity of Everest Travis Allen June 23‚ 2013 Individual work 2 Examine the various search patterns investigator can use to systematically search crime scenes for evidence. Here are some search patterns that investigators can use. Grid search pattern‚ spiral search
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Introduction Microscopes have brought to light a new realm of information that originally laid dormant and invisible to the naked eye. It has enhanced biology and brought forth great advancements into the study of living organisms. Many discoveries have been achieved through the microscope. One of the major ones is the cell theory that we have talked about in this chapter. Having a microscope enables us to study even the smallest of details in organisms and allows us to conduct research. Another
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Business Challenge #6: To develop the best scratch resistant coating in the world for ophthalmic lenses [Titan] Background The ophthalmic lenses (spectacle lenses) consist of some base material (substrate) like CR 39‚ Polycarbonate‚ Trivex and a surface treatment is given to them to increase their hardness. Currently‚ there are 2 processes of applying this coating‚ i.e. Dip coating and Spin coating. The current scratch resistant (Hard) coating on plastic and polycarbonate lenses available in the
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Baseline Assignment Packet: 1. Header [5 pts]: Names of the team members‚ date‚ course name‚ and course number. 3. Check Performance (10 pts): Insert a screen shot of your entire spread sheet that shows the check on your spread‐sheet calculations. 2. Performance (10 pts): Insert a screen shot of your entire spread sheet that shows the baseline system performance. Optical Power | | | Source Power | 20.0000 | [mW] | | Source Power | 13
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Investigation into how the focal length of a lens affects the temperature at the focal point Research & Rationale: In my project I will be looking in to how different lenses with varying thicknesses and therefore focal points magnify and intensify light passing through it. To do this I will be measuring the temperature of an object behind the lens‚ at the focal point. The study and research of lenses was not part of the course this year‚ so I thought it would be more interesting to study a new
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Light Microscopy Lab Lab write-up 1 Parveen Rajper Biology 101 Principles of Biology 1 September 29‚ 2012 Introduction: The light microscope helps see the microscopic world that the naked eye cannot see. If there were no microscopes in the world‚ than it would be very difficult to understand the many particles that surround the living world. The purpose of this lab experiment is to become familiar with a microscope. It is hypothesized that it will be difficult
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Home Work 7 3/3/15‚ 9:30 AM Home Work 7 Due: 11:59pm on Monday‚ March 9‚ 2015 You will receive no credit for items you complete after the assignment is due. Grading Policy Problem 23.08 A solar cooker‚ really a concave mirror pointed at the Sun‚ focuses the Sun’s rays 19.3 cm in front of the mirror. Part A What is the radius of the spherical surface from which the mirror was made? Express your answer to three significant figures and include the appropriate units. ANSWER: r= Problem 23.09
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PHYSICS DEPARTMENT ASSIGNMENT 2 - MIT–MANIPAL PHY 102 February 2014 1. Monochromatic light of wavelength 441 nm falls on a narrow slit of width 25.2 μm. (a) Find the angular positions of 1ST and 2ND minima and their linear position on a screen E42-3 2.16 m away. (b) Calculate the ratio of the intensity on the screen at a point 2.16 cm to the E42-11 intensity at the central maximum. 2. (a) Find the angular and the linear separation of two points on the Moon’s surface that can
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