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November 28, 2014

High Fidelity Probe and Mitigation of Mirror Thermal Fluctuations

by @ 8:30 am. Filed under Uncategorized
High Fidelity Probe and Mitigation of Mirror Thermal Fluctuations PhD Thesis 1 Introduction to Thermal Noise 1.1 Thermal Noise in Various Measurements 1.1.1 The Brownian Movement 1.1.2 Johnson-Nyquist Noise 1.1.3 Micro Electromechanical Systems: MEMS 1.1.4 Torsion Pendulum 1.1.5 Optical Clock 1.1.6 Laser Interferometer Gravitational Wave Observatory 1.1.6.1 A Short Review on Gravitational Wave 1.1.6.2 LIGO Setup 1.1.6.3 Thermal Noise in LIGO 1.2 Direct Observations of Thermal Noise in High Re ective Mirrors 1.2.1 Previous Coating Thermal Noise Measurements 1.2.2 Coating Brownian Noise from Fixed Spacer Fabry{Perot Cavity 2 Thermal Noise in Fixed Spacer Fabry Perot Cavity 2.1 Fluctuation-Dissipation Theorem 2.2 Direct Approach 2.3 Two Kinds of Thermal Noise 2.3.1 Brownian Thermal Noise 2.3.2 Thermodynamic Noise 2.4 Thermal Noise in Substrate 2.4.1 Brownian Noise in...

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November 26, 2014

Public Lighting Design Manual

by @ 1:15 pm. Filed under civil engineering, Electrical engineering
PUBLIC LIGHTING DESIGN MANUAL - Hongkong Highway Department 1.INTRODUCTION 2. LIGHTING FOR COVERED PEDESTRIAN ROUTES 2.1 GUIDANCE NOTE 2.2 DESIGN RECOMMENDATIONS FOR SUBWAYS 2.3 DESIGN RECOMMENDATIONS FOR FOOTBRIDGES, ELEVATED WALKWAYS AND ESCALATORS 2.4 DESIGN RECOMMENDATIONS FOR COVERED GROUND-LEVEL WALKWAYS 2.5 DESIGN RECOMMENDATIONS FOR TEMPORARY COVERED GROUND-LEVEL WALKWAYS AS-FITTED DRAWINGS, ILLUMINANCE READING & TEST REPORTS 2.7 MODEL ELECTRICAL SPECIFICATION 3. LIGHTING FOR COVERED PUBLIC TRANSPORT INTERCHANGES 3.1 CONSULTATION 3.2 DESIGN STANDARDS 3.3 LIGHTING SYSTEM 3.4 EMERGENCY LIGHTING 3.5 LUMINAIRES 3.6 ELECTRICITY SUPPLY 3.7 INSTALLATION 3.8 APPLICATION FOR ELECTRICITY SUPPLY AND CHANGE OF CONSUMERSHIP 3.9 AS-FITTIED DRAWINGS, ILLUMINANCE READINGS & TEST REPORTS 3.10 MODEL ELECTRICAL SPECIFICATION 4. HIGH MAST LIGHTING 4.1 GENERAL 4.2 APPLICATION 31 4.3 DESIGN RECOMMENDATIONS FOR HIGH MAST LIGHTING 4.4 APPLICATION FOR ELECTRICITY...

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November 21, 2014

Test-Driven Development with Python

by @ 5:49 am. Filed under Computer/IT, Electrical engineering
Test-Driven Development with Python CONTENTS I. The Basics of TDD and Django 1. Getting Django Set Up Using a Functional Test 2. Extending Our Functional Test Using the unittest Module 3. Testing a Simple Home Page with Unit Tests 4. What Are We Doing with All These Tests? 5. Saving User Input 6. Getting to the Minimum Viable Site II. Web Development Sine Qua Nons 7. Prettification: Layout and Styling, and What to Test About It 8. Testing Deployment Using a Staging Site 9. Automating Deployment with Fabric 10. Input Validation and Test Organisation 11. A Simple Form 12. More Advanced Forms 13. Dipping Our Toes, Very Tentatively, into JavaScript 14. Deploying Our New Code III. More Advanced...

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November 19, 2014

Essential Coding Theory

by @ 1:38 am. Filed under Computer/IT, Electrical engineering
Essential Coding Theory I: Basics Chapter 1: The Fundamental Question Chapter 2: A Look at Some Nicely Behaved Codes: Linear Codes Chapter 3: Probability as Fancy Counting and the q-ary Entropy Function II: Combinatorics Chapter 4: What Can and Cannot Be Done-I Chapter 5: The Greatest Code of Them All: Reed-Solomon Codes Chapter 6: What Happens When the Noise is Stochastic: Shannon's Theorem Chapter 7: Bridging the Gap Between Shannon and Hamming: List Decoding Chapter 8: What Cannot be Done- II III: Code Constructions Chapter 9: From Large to Small Alphabets: Code Concatenation Chapter 10: Codes from Graphs: Expander Codes IV: Algorithms Chapter 11: Decoding Concatenated Codes Chapter 12: Efficiently Achieving the Capacity of the BSCp Chapter...

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November 13, 2014

Handbook of Diagnostic Radiology Physics

by @ 3:44 am. Filed under Chemical engineering, Chemistry, physics
Handbook of Diagnostic Radiology Physics 1. FUN DAMENTALS OF ATOMIC AND NUCLEAR PHYSICS 1.1. Introduction 1.2. Classification of Radiation 1.2.1. Electromagnetic radiation 1.2.2. Particulate radiation 1.2.3. Ionizing and non-ionizing radiations 1.3. Atomic and Nuclear Structure 1.3.1. Basic definitions 1.3.2. Atomic structure 1.4. X rays7 1.4.1. The production of characteristic X rays and Auger electrons 1.4.2. Radiation from an accelerated charge, bremsstrahlung 2. Interactions of Radiation With Matter 2.1. Introduction 2.2. Interactions of photons with matter 2.2.1. Photoelectric effect 2.2.2. Thomson scattering 2.2.3. Coherent (Rayleigh) scattering 2.2.4. Compton scattering by free electrons 2.2.5. Scattering and energy transfer coefficients 2.2.6. Incoherent scattering 2.2.7. Pair and triplet production 2.3. Photon Attenuation Coefficients 2.4. INTERACTIONS OF ELECTRONS WITH MATTE R 2.4.1. Ionizational (collisional) interactions and ionizational stopping power 2.4.2. Radiative...

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