Engineering Materials Week 2 3.1 What is the difference between atomic structure and crystal structure? Atomic structure relates to the number of protons and neutrons in the nucleus of an atom. Crystal structure pertains to the arrangement of atoms in the crystalline solid material. 3.9 Calculate the radius of a tantalum atom‚ given that Ta has an BCC crystal structure‚ a density of 16.6 g/cm^3‚ and an atomic weight of 180.9 g/mol. For BCC n=2 atoms/unit cell 3.47 Below are shown three different
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BE1300‚ students will be able to: 1) Identify 5 principal types of atomic bonds‚ and note what materials exhibit each of these bonding types. 2) Draw unit cells for FCC‚ BCC‚ and HCP crystal structures‚ describe crystalline planes using Miller indices‚ and compute density and other material properties based on crystal structure and unit cell dimensions. 3) Describe 2 types of point defects and 3 common dislocation defects in crystalline solids. 4) Distinguish between steady state and non-steady state
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deposition of uric acid crystals‚ and joint destruction if left untreated. Uric acid is a byproduct of purine metabolism. Lacking uricase‚ humans remove uric acid primarily by renal excretion. "Normally‚ uric acid dissolves in your blood and passes through your kidneys into your urine. But sometimes your body either produces too much uric acid or your kidneys excrete too little uric acid. When this happens‚ uric acid can build up‚ forming sharp‚ needle-like urate crystals in a joint or surrounding
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Create a dataset using the fields you want to display in crystal report. Define the image field as hexaBinary datatype. Create the Crystal report using this dataset. Now Copy this Code where you want to call the report using System; using System.Drawing; using System.Collections; using System.ComponentModel; using System.Windows.Forms; using System.Data; using System.Data.SqlClient; using System.IO; DataSet data = new DataSet(); private void PicureFromSQLDatabase() { int BUFFER_LENGTH
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insight review articles Optical microcavities Kerry J. Vahala California Institute of Technology‚ Mail Stop 128-95‚ Pasadena‚ California 91125‚ USA (e-mail: vahala@caltech.edu) Optical microcavities confine light to small volumes by resonant recirculation. Devices based on optical microcavities are already indispensable for a wide range of applications and studies. For example‚ microcavities made of active III–V semiconductor materials control laser emission spectra to enable long-distance
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DIGITAL SPEEDOMETER NARENDRA WADHWANI T his instrument displays the speed of the vehicle in kmph. An opaque disc is mounted on the spindle attached to the front wheel of the vehicle. The disc has ten equidistant holes on its periphery. On one side of the disc an infrared LED is fixed and on the opposite side of the disc‚ in line with the IR LED‚ a phototransistor is mounted. IC LM324 is wired as a comparator. When a hole appears between the IR LED and phototransistor‚ the phototransistor
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EXPERIMENT 2 Measurement of g: Use of a simple pendulum OBJECTIVE: To measure the acceleration due to gravity using a simple pendulum. Textbook reference: pp10-15 INTRODUCTION: Many things in nature wiggle in a periodic fashion. That is‚ they vibrate. One such example is a simple pendulum. If we suspend a mass at the end of a piece of string‚ we have a simple pendulum. Here‚ the to and fro motion represents a periodic motion used in times past to control the motion of grandfather and cuckoo
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Using a simple pendulum to find the acceleration due to gravity/g Task 1 Aim: To find the acceleration due to gravity/g Objective: To find the relationship between the length of simple pendulum and the period oscillation Hypothesis: The longer the length of the simple pendulum‚ the longer the period of oscillation will take. Variables: a) Independent- the length of the pendulum; b) Dependent- the time it takes for 20 oscillations; c) Control - the mass of pendulum. Task 2 References
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Free Fall Methods Investigation Aim I am going to use three different methods in which I will find the value of gravity (g). Then I am going to compare all three methods to see which is the best. The three experiments will be - Pendulum - Spring - Electronic timer Background Research Free fall Is motion with no acceleration other than that provided by gravity‚ and no deceleration other than that caused by the aerodynamic drag of the object (hence the term also applies for moving
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Choosing baseline damper curves for ride. Last time‚ we discussed the process of choosing proper baseline spring rates. In this paper‚ we will continue the discussion on suspension components by simplifying the process of choosing appropriate baseline damper settings for ride. What is damping? In a spring-mass system‚ any displacement and release of the mass from its equilibrium position will cause the mass to oscillate. If the system were ideal‚ the mass would continue vibrating at a given frequency
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