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Optics SpotSizes.nb 513 - James C. Wyant (2003) 1 Spot Sizes Question I am using the star test to evaluate an optical system. How does the minimum blur diameter due to third-order spherical aberration compare to a) b) the blur diameter due to astigmatism at the circle of least confusion? the width of blur due to third-order coma which is twice the sagittal coma? Assume equal amounts of third-order spherical, coma, and astigmatism as the maximum wavefront aberration. Solution Spherical aberration W = Ws 4 y = - R W R R =- 4 Ws = -8 I M Ws h y h 2h Therefore, 2 y = 16 f # Wsph 1 The minimum blur diameter is of this or 4 MinimumBlurDiameter = 4 f # Wsph a) Astigmatism W = Wa y 2 y = - R W R R =- 2 y Wa = -4 I M Wa h y h 2h 2 y = 8 f # Wast Blur diameter at circle of least is confusion one-half of this or BlurDiameterAtCircleOfLeastConfusion = 4 f # Wast SpotSizes.nb Optics 513 - James C. Wyant (2003) 2 b) Coma W = Wc 3 Cos@D = Wc Hx2 + y 2 L y y = - R Wc H3L = -6 f # Wcoma 2h At y2 = 1 R W R R =- Wc Hx2 + 3 y 2 L = - Wc H2 + 2 y 2 L h y h h y = -2 The sagittal coma is 1/3 of this and the diameter of the blur circle is 2/3 of this or DiameterOfBlurCircle = 4 f # Wcoma From Volume 11 of Applied Optics and Optical Engineering page 23 we have SpotSizes.nb Optics 513 - James C. Wyant (2003) 3 Therefore, the minimum spot diameter for third-order spherical, the width of the coma image (2/3 the tangential coma), and the diameter of the blur for astigmatism that falls halfway between the sagittal and tangential focus are all given by d = 4 f # W
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Arizona >> CHAPTER >> 513 (Fall, 2009)
SpotSizes.nb Optics 513 - James C. Wyant (2003) 1 Spot Sizes Question I am using the star test to evaluate an optical system. How does the minimum blur diameter due to third-order spherical aberration compare to a) b) the blur diameter due to asti...
Arizona >> OPTICS >> 05 (Fall, 2009)
GeometricPhaseShifter.nb James C. Wyant 1 Geometric Phase Shifter Initial Parameter Setup James C. Wyant Optical Sciences Center University of Arizona Tucson, AZ www.optics.arizona.edu/jcwyant Introduction There are polarization techniques for p...
Arizona >> OPTICS >> 513 (Fall, 2009)
GeometricPhaseShifter.nb James C. Wyant 1 Geometric Phase Shifter Initial Parameter Setup James C. Wyant Optical Sciences Center University of Arizona Tucson, AZ www.optics.arizona.edu/jcwyant Introduction There are polarization techniques for p...
Arizona >> CHAPTER >> 513 (Fall, 2009)
GeometricPhaseShifter.nb James C. Wyant 1 Geometric Phase Shifter Initial Parameter Setup James C. Wyant Optical Sciences Center University of Arizona Tucson, AZ www.optics.arizona.edu/jcwyant Introduction There are polarization techniques for p...
Arizona >> OPTICS >> 05 (Fall, 2009)
White Light Interferometry Eliminates ambiguities in heights present with monochromatic interferometry Techniques old, but use of modern electronics and computers enhance capabilities and applications 1998 - James C. Wyant Page 1 of 24 How High...
Arizona >> OPTICS >> 513 (Fall, 2009)
White Light Interferometry Eliminates ambiguities in heights present with monochromatic interferometry Techniques old, but use of modern electronics and computers enhance capabilities and applications 1998 - James C. Wyant Page 1 of 24 How High...
Arizona >> OPTICS >> 08 (Fall, 2008)
8. Testing of Curved Surfaces and/or Lenses 8.1 Radius of Curvature 8.1.1 Spherometer 8.1.2 Autostigmatic Measurement 8.1.3 Newton\'s Rings 8.1.4 Interferometer and Radius Slide 8.2 Surface Figure 8.2.1 Test Plate 8.2.2 Twyman-Green Interferometer (LU...
Arizona >> OPTICS >> 513 (Fall, 2009)
8. Testing of Curved Surfaces and/or Lenses 8.1 Radius of Curvature 8.1.1 Spherometer 8.1.2 Autostigmatic Measurement 8.1.3 Newton\'s Rings 8.1.4 Interferometer and Radius Slide 8.2 Surface Figure 8.2.1 Test Plate 8.2.2 Twyman-Green Interferometer (LU...
Arizona >> CHAPTER >> 513 (Fall, 2009)
8. Testing of Curved Surfaces and/or Lenses 8.1 Radius of Curvature 8.1.1 Spherometer 8.1.2 Autostigmatic Measurement 8.1.3 Newton\'s Rings 8.1.4 Interferometer and Radius Slide 8.2 Surface Figure 8.2.1 Test Plate 8.2.2 Twyman-Green Interferometer (LU...
Arizona >> OPTICS >> 04 (Fall, 2009)
Chapter 4 4. Basic Interferometry and Optical Testing 4.1 Two-Beam Interference 4.2 Fizeau Interferometer 4.3 Twyman-Green Interferometer 4.4 Laser-Based Fizeau Interferometer 4.5 Mach-Zehnder Interferometer 4.6 Typical Interferograms 4.7 Interferogr...
Arizona >> OPTICS >> 513 (Fall, 2009)
Chapter 4 4. Basic Interferometry and Optical Testing 4.1 Two-Beam Interference 4.2 Fizeau Interferometer 4.3 Twyman-Green Interferometer 4.4 Laser-Based Fizeau Interferometer 4.5 Mach-Zehnder Interferometer 4.6 Typical Interferograms 4.7 Interferogr...
Arizona >> CHAPTER >> 513 (Fall, 2009)
Chapter 4 4. Basic Interferometry and Optical Testing 4.1 Two-Beam Interference 4.2 Fizeau Interferometer 4.3 Twyman-Green Interferometer 4.4 Laser-Based Fizeau Interferometer 4.5 Mach-Zehnder Interferometer 4.6 Typical Interferograms 4.7 Interferogr...
Arizona >> OPTICS >> 05 (Fall, 2009)
JonesCalculus.nb Optics 513 - James C. Wyant 1 Jones Calculus Jones Vectors Linear Horizontal 1 lh = J N; 0 0 lv = J N; 1 Linear Vertical Linear at +45 degrees 1 1 lp45 = ! J N; 1 2 1 1 lm45 = ! J N; -1 2 1 1 rc = ! J N; - 2 1 1 lc = ! J N; 2 1...
Arizona >> OPTICS >> 513 (Fall, 2009)
JonesCalculus.nb Optics 513 - James C. Wyant 1 Jones Calculus Jones Vectors Linear Horizontal 1 lh = J N; 0 0 lv = J N; 1 Linear Vertical Linear at +45 degrees 1 1 lp45 = ! J N; 1 2 1 1 lm45 = ! J N; -1 2 1 1 rc = ! J N; - 2 1 1 lc = ! J N; 2 1...
Arizona >> CHAPTER >> 513 (Fall, 2009)
JonesCalculus.nb Optics 513 - James C. Wyant 1 Jones Calculus Jones Vectors Linear Horizontal 1 lh = J N; 0 0 lv = J N; 1 Linear Vertical Linear at +45 degrees 1 1 lp45 = ! J N; 1 2 1 1 lm45 = ! J N; -1 2 1 1 rc = ! J N; - 2 1 1 lc = ! J N; 2 1...
Arizona >> OPTICS >> 07 (Fall, 2009)
Simultaneous Phase-Shifting Fizeau Short Coherence Length Source Short coherence length source L L QWP PBS Imaging Lens Stop Reference Polarization Mask and Detector Test Surface Interference pattern resulting from long path length source bea...
Arizona >> OPTICS >> 513 (Fall, 2009)
Simultaneous Phase-Shifting Fizeau Short Coherence Length Source Short coherence length source L L QWP PBS Imaging Lens Stop Reference Polarization Mask and Detector Test Surface Interference pattern resulting from long path length source bea...
Arizona >> CHAPTER >> 513 (Fall, 2009)
Simultaneous Phase-Shifting Fizeau Short Coherence Length Source Short coherence length source L L QWP PBS Imaging Lens Stop Reference Polarization Mask and Detector Test Surface Interference pattern resulting from long path length source bea...
Arizona >> OPTICS >> 04 (Fall, 2009)
4.8 Classical Interferogram Analysis Elementary analysis of interferograms Elementary analysis of interferograms Computer analysis of interferograms Computer analysis of interferograms Typical Interferogram Surface Error = (/2) (/S) Classical...
Arizona >> OPTICS >> 513 (Fall, 2009)
4.8 Classical Interferogram Analysis Elementary analysis of interferograms Elementary analysis of interferograms Computer analysis of interferograms Computer analysis of interferograms Typical Interferogram Surface Error = (/2) (/S) Classical...
Arizona >> OPTICS >> 05 (Fall, 2009)
5. Direct-Phase Measurement Interferometry 5.1 Phase Shifters 5.2 Zero-Crossing Technique 5.3 Phase-Lock Interferometry 5.4 Up-Down Counters 5.5 Phase-Stepping and Phase-Shifting (Integrated Bucket) 5.5.1 Algorithms 5.5.1.1 Four Step 5.5.1.2 Integrat...
Arizona >> OPTICS >> 513 (Fall, 2009)
5. Direct-Phase Measurement Interferometry 5.1 Phase Shifters 5.2 Zero-Crossing Technique 5.3 Phase-Lock Interferometry 5.4 Up-Down Counters 5.5 Phase-Stepping and Phase-Shifting (Integrated Bucket) 5.5.1 Algorithms 5.5.1.1 Four Step 5.5.1.2 Integrat...
Arizona >> CHAPTER >> 513 (Fall, 2009)
5. Direct-Phase Measurement Interferometry 5.1 Phase Shifters 5.2 Zero-Crossing Technique 5.3 Phase-Lock Interferometry 5.4 Up-Down Counters 5.5 Phase-Stepping and Phase-Shifting (Integrated Bucket) 5.5.1 Algorithms 5.5.1.1 Four Step 5.5.1.2 Integrat...
Arizona >> OPTI >> 510 (Fall, 2009)
Fall 2008 OPTI 510L Fundamentals of Applied Optics Lab Instructor: Jim Burge Optical Sciences 733 (520) 621-8182 jburge@optics.arizona.edu Teaching Assistant: Rene Zehnder Optical Sciences 300 (520) 626-7302 rzehnder@optics.arizona.edu Class: Mein...
Arizona >> OPTI >> 510 (Fall, 2009)
Error Analysis Error analysis is an extremely important part of any measurement. All the uncertainties in a measurement conspire to give the incorrect result. It is important that you understand the limitations of your measurements and that you alway...
Arizona >> OPTI >> 510 (Fall, 2009)
510L LAB 7 Coma Set-up Equipment: o o o o o o Fiber Light Source (it\'s good to have a bright source when using small pinholes) 50 m Pinhole (or any small pinhole) Two slow, plano-convex lenses for collimating and focusing Two fast lenses of matchin...
Arizona >> HW >> 10 (Fall, 2009)
Two Part Epoxy Adhesives A Technical Memo Prepared for Opti 521 Introduction to Opto-Mechanical Engineering By Scott Gibb November 24, 2006 Description and Basic Characteristics Two-part epoxy adhesive is a type of thermosetting polymer. A thermoset,...
Arizona >> HW >> 521 (Fall, 2009)
Two Part Epoxy Adhesives A Technical Memo Prepared for Opti 521 Introduction to Opto-Mechanical Engineering By Scott Gibb November 24, 2006 Description and Basic Characteristics Two-part epoxy adhesive is a type of thermosetting polymer. A thermoset,...
Arizona >> HW >> 10 (Fall, 2009)
Optomechanical Epoxy Adhesives Mark T. Sullivan Lockheed Martin Space Systems Advanced Technology Center, 3251 Hanover Street, Palo Alto, CA 94304 mark.t.sullivan@lmco.com 650/424-2722 SUMMARY This report summarizes the basic characteristics and pro...
Arizona >> HW >> 521 (Fall, 2009)
Optomechanical Epoxy Adhesives Mark T. Sullivan Lockheed Martin Space Systems Advanced Technology Center, 3251 Hanover Street, Palo Alto, CA 94304 mark.t.sullivan@lmco.com 650/424-2722 SUMMARY This report summarizes the basic characteristics and pro...
Arizona >> HW >> 10 (Fall, 2009)
Manual Linear Stages Dathon Golish OPTI 521 HW #10b University of Arizona 520-626-9230 dgolish@u.arizona.edu November 29, 2006 This report will compare and contrast the characteristics of various manual linear stages of moderate travel distance (~10 ...
Arizona >> HW >> 521 (Fall, 2009)
Manual Linear Stages Dathon Golish OPTI 521 HW #10b University of Arizona 520-626-9230 dgolish@u.arizona.edu November 29, 2006 This report will compare and contrast the characteristics of various manual linear stages of moderate travel distance (~10 ...
Arizona >> HW >> 10 (Fall, 2009)
OPTI 521 HW 10 ADHESIVES TALIAFERRO Summers Optical Type RD3-74 2-Part Optical Epoxy with Plasticizer for Low Curing-Stress Applications http:/www.emsdiasum.com/summers/optical/cements/default.htm SUMMARY AND BASIC CHARACTERISTICS Summers Optical s...
Arizona >> HW >> 521 (Fall, 2009)
OPTI 521 HW 10 ADHESIVES TALIAFERRO Summers Optical Type RD3-74 2-Part Optical Epoxy with Plasticizer for Low Curing-Stress Applications http:/www.emsdiasum.com/summers/optical/cements/default.htm SUMMARY AND BASIC CHARACTERISTICS Summers Optical s...
Arizona >> HW >> 10 (Fall, 2009)
Milbond Structural Adhesive A Technical Memo for OPTI521 Tim Williams Nov. 30, 2006 Introduction and Basic Characteristics Basic characteristics, strengths, applications and usage information are given for Milbond Structural Adhesive. Milbond is a st...
Arizona >> HW >> 521 (Fall, 2009)
Milbond Structural Adhesive A Technical Memo for OPTI521 Tim Williams Nov. 30, 2006 Introduction and Basic Characteristics Basic characteristics, strengths, applications and usage information are given for Milbond Structural Adhesive. Milbond is a st...
Arizona >> HW >> 10 (Fall, 2009)
UV Curing Adhesives Jay Vizgaitis, Opti 521 Homework 10 Properties: UV curing adhesive are one part adhesives that cure within seconds when UV light is applied. They are used for bonding glasses to glass, metals, and plastics for applications such as...
Arizona >> HW >> 521 (Fall, 2009)
UV Curing Adhesives Jay Vizgaitis, Opti 521 Homework 10 Properties: UV curing adhesive are one part adhesives that cure within seconds when UV light is applied. They are used for bonding glasses to glass, metals, and plastics for applications such as...
Arizona >> WORKSHOP >> 2009 (Fall, 2009)
Co-Sponsor: http:/spie.org U of AZ College of Optical Sciences Computer Generated Holography (CGH) and Diffractive Optical Element (DOE) Workshop Introduction From the early work of Lohmann to present day, applications such as multi-spectral disper...
Arizona >> OPTI >> 696 (Fall, 2009)
Fluorescence Spectral Characteristics of Fiber Optic Imaging Bundles Josh Udovich November 30, 2005 Outline Why fiber bundles? Current uses of fiber optic imaging bundles Autofluorescence of these bundles really is an issue Testing setup Fiber fluo...
Arizona >> OPTI >> 696 (Fall, 2009)
The Axicon Proteep Mallik OPTI 696bx 12/7/05 Outline What is an axicon? Its history Its many uses Optical alignment Generation of diffraction free beams Corneal surgery OCT Atom traps Acoustic testing . the list is endless! Modeling an axicon- ZEM...
Arizona >> OPTI >> 696 (Fall, 2009)
Ultrathin Fiberscope Utilizing a Single Channel for Both Illumination and Imaging Angelique Kano, Arthur Gmitro College of Optical Sciences and Radiology Research University of Arizona Part I: Numerical Aperture Sharing to Achieve Single Channel Fi...
Arizona >> OPTI >> 696 (Fall, 2009)
Liquid Crystal Displays Heather Durko Practical Optics Seminar 30 November 2005 Overview LC basics LC types and applications Grayscale LCD Color LCD \"reverse engineering\" Conclusion Liquid crystals 1888Friedrich Reinitzer discovered two melt...
Arizona >> OPTI >> 696 (Fall, 2009)
Organic Devices Mir F. Salek Optics Seminars Final Presentation Goals Introducing organic light emitting diodes and organic solar cells Describing the process of developing these devices in Lab Summary Organic semiconductors OLEDs Organic solar cel...
Arizona >> OPTI >> 696 (Fall, 2009)
Design of a CTIS for use in the long-wave infrared Riley Aumiller 11-07-05 Outline Introduction to new device Describe how it is different Layout Details about components Go into detail about the design of a specific component. Review Questio...
Arizona >> ISTA >> 6 (Fall, 2009)
COMPARATIVE ASSESSMENT OF ROSELLE (Hibiscus sabdariffa var. sabdariffa) SEED MEAL AND KENAF (Hibiscus sabdariffa var. altissima) SEED MEAL AS REPLACEMENT FOR SOYBEAN MEAL IN PRACTICAL DIETS FOR FINGERLINGS OF NILE TILAPIA, Oreochromis niloticus O. A....
Arizona >> ISTA >> 6 (Fall, 2009)
THE OPPOSING EFFECT OF ASCORBIC ACID (VITAMIN C) ON OCHRATOXIN TOXICITY IN NILE TILAPIA (Oreochromis niloticus) Adel M. E. Shalaby Fish Physiology Department, Central Laboratory for Aquaculture Research, Abbassa, AboHammad, Sharkia, Egypt Abstract T...
Arizona >> ISTA >> 6 (Fall, 2009)
EVALUATION OF Leucaena AND Gliricidia LEAF PROTEIN CONCENTRATE AS SUPPLEMENTS TO BAMBARA GROUNDNUT (Vignas subterranean(L. Verdc) IN THE DIET OF Oreochromis niloticus E.O. Adeparusi1 and J. O. Agbede2 1 Fisheries and Wildlife Department, Federal Uni...
Arizona >> ISTA >> 6 (Fall, 2009)
EFFECT OF AFLATOXIN-CONTAMINATED FEEDS IN NILE TILAPIA (Oreochromis niloticus L.) Arsenia G. Cagauan1, Roselyn H. Tayaban1, Joselito R. Somga2 and Rodora M. Bartolome1 1 College of Fisheries and Freshwater Aquaculture Center, Central Luzon State Uni...
Arizona >> ISTA >> 6 (Fall, 2009)
THE DEVELOPMENT OF INTEGUMENTARY AND SKELETAL SYSTEMS OF STARVED NILE TILAPIA, Oreochromis niloticus L. Marjorie B. Somejo1, Annabelle A. Herrera1, Melodina D. Fabillo1 and Jose S. Abucay2 1 Institute of Biology, College of Science, University of th...
Arizona >> ISTA >> 6 (Fall, 2009)
MIXED-SEX CULTURE OF NILE TILAPIA IN OCTAGONAL CONCRETE TANKS I.W. Ramnarine Department of Life Sciences, The University of the West Indies, St. Augustine Trinidad & Tobago Abstract Production trials were conducted in 100 m3 octagonal concrete tanks...
Arizona >> MATH >> 124 (Fall, 2008)
Math 124 Name _ #37 REPRESENTATIONS USING THE FUNDAMENTAL THEOREM 5.3 Assume F ( x) = f ( x) and the Fundamental Theorem of Calculus applies in each case. For each problem complete the statement and give an illustration on each graph. 1. On the gra...
Arizona >> MATH >> 129 (Spring, 2006)
Taylor polynomial approximation with rigorous error bounds - derived using integration by parts by Marek Rychlik November 8, 2008 1 Motivation Our textbook is vague about the error of the Taylor approximations. A very nice argument, based on integra...
Arizona >> MATH >> 125 (Fall, 2008)
Math 125, Section 02 Midterm II October 24, 2008 Problem 1. The following is the graph of a certain functions f (x), g(x), h(x) and k(x) for 0 x 10. Please answer the questions below, listing all functions that fit the description, or say \"NONE\" i...
Arizona >> MATH >> 129 (Spring, 2006)
Math 129, Section 11 Midterm I September 17, 2008 Problem 1. A function f (x) is increasing on the interval a x b and concave down. Let I = b f (x) d x. The ALLSUMS program was used to approximate the value of I with n = 20 and n = a 40. Which one o...
Arizona >> MATH >> 125 (Fall, 2008)
A cubic function with two critical points by Marek Rychlik Lecture of November 3, 2008 Example 1. Let us consider the function: y = f (x) = x3 - x2 - 3x + 2 Find its critical points, inflection points and intervals of monotonicity. Determine how man...
Arizona >> MATH >> 125 (Fall, 2008)
Math 125, Section 02, Fall 2008 Name: December 3, 2008 Note: 5 problems out of 6=full credit. Each problem is worth 20 points. If 6 problems are solved, the worst scoring problem is dropped. Midterm III Problem 1. Let f (x) = x3 - 6a2 x + a3 with ...
Arizona >> MATH >> 125 (Fall, 2008)
A cubic function without a critical point by Marek Rychlik Lecture of November 3, 2008 Example 1. Let us consider the function: y = x3 + x2 + 3x + 2 Find its critical points, inflection points and intervals of monotonicity. Determine how many roots ...
Arizona >> MATH >> 129 (Spring, 2006)
Math 129 August 25 December 10, 2008 (MWF 3 exams) Monday Tuesday Wednesday Thursday Friday Aug 25 7.1 First day of classes Aug 26 Aug 27 7.2 Aug 28 Aug 29 7.2 Sep 1 Labor Day Sep 8 7.4 Sep 2 Sep 3 7.3 Sep 4 Sep 5 7.4 Sep 9 Sep 10 7.5, ...
Arizona >> MATH >> 129 (Spring, 2006)
Math 129, Section 11 Midterm II October 22, 2008 Problem 1. Is the following integral improper? If yes, does it converge or diverge? Please justify your answer. 1 0 dx 2x sin x Hint: You may assume that for all x 0 it is true that: x x3 sin x...
Arizona >> MATH >> 456 (Spring, 2008)
Deriving PDE\'s using conservation laws The notion of conservation - of number, energy, mass, momentum - is a fundamental principle that can be used to derive many familiar partial differential equations. Let u(x, t) be the density of any quantity - h...
Arizona >> MATH >> 302 (Fall, 2008)
4/2 9.1 Exploration 9.4, 9.6 Homework: Monday 4/7 oBook Assignment 13: http:/www.mathsnet.net/geometry/solid/index.html Section 9.1, p. 597 2, 4, 5, 7, 9, 15, 20, 22 Do Exploration 9.6. Only perform the rotations. You do not need to...
Arizona >> BUSMATHSPR >> 08 (Fall, 2009)
The Fundamental Theorem of Calculus: Finding Integrals Symbolically Where Are We? What Methods Do We Know for Calculating Integrals? So far we can calculate an integral in two ways: Finding the area under a curve. This only works if the area under t...
Arizona >> MATH >> 115 (Fall, 2009)
Math 115a Word Processing Homework This is an individual assignment. To begin, read the section called \"Word Processing Mathematics\" in your textbook. Also, look at my homepage. All work must be typed (obviously). 1. Process the following expressio...
Rochester >> VERSION >> 29313 (Fall, 2009)
August 5, 2005 Establishing an Institutional Repository- (continued) LITA Regional Institute Susan Gibbons Asst. Dean, Public Services & Collection Development River Campus Libraries University of Rochester sgibbons@library.rochester.edu Part 3 Fe...
Rochester >> DOCUMENT >> 19829 (Fall, 2009)
Librarian Grey Literature Interview Project IMLS Grant Spring 2004 Probable types of documents, by discipline, that faculty may want to put into DSpace (based on our knowledge of grey literature in each discipline) Art and Art History Biology...
Rochester >> DOCUMENT >> 4250 (Fall, 2009)
Citation List of IT Publications by Susan Gibbons Peer- Reviewed Publications \"Students, Librarians and Subject Guides: Improving a Poor Rate of Return,\" portal: Libraries and the Academy, 4:1, 2004. [4.1reeb.pdf] \"Building Upon the MyLibrary Co...
Rochester >> DOCUMENT >> 20523 (Fall, 2009)
Government Documents Collections Review September 14th, 2005 Present: Helen Anderson (Chair), Vicki Burns, Susan Gibbons, Tom Hickman, Isabel Kaplan, Ann Marshall, Kathy McGowan , Brenda Reeb. 1. Review of minutes of the meeting of September 7th. Cor...
Rochester >> DOCUMENT >> 22916 (Fall, 2009)
DSpace Digital Repository University of Rochester DSpace NonExclusive Distribution License (intended to be a clickthrough license) In order for DSpace to reproduce, translate, and distribute your submission your agreement to the following terms in...
Rochester >> DOCUMENT >> 31289 (Fall, 2009)
RCL OPAC Enhancement Projects Enhancement Implement renew all feature in My Account Status Completed 1/08 Details Renew all, a standard Voyager feature, allows users to select all their charged items and renew them with one click. Without this fea...
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