Lesson 16 CCD Detectors Visit the Lab. Charged Coupled Device The ccd is essentially a digital camera To keep noise down it is cooled It is almost realtime.

Slides:



Advertisements
Similar presentations
Section 9.1 Computers in Marketing
Advertisements

Basic Computer Vocabulary
Area Detectors Like film can detect position Like scintillation detector can measure intensity With modern computers can assign hkl from unaligned crystal.
Copyright, © Qiming Zhou GEOG1150. Cartography Data Models for Computer Cartography.
Lesson 15 Continue looking at data collection methods Look at film, serial diffractometers and area detectors.
Lesson 15 Continue looking at data collection methods Look at film, serial diffractometers and area detectors.
Computer Applications in Business
TOMIZAKI, TakashiKappa workgroup meeting, Grenoble, 29/09/04 Current status of software development and Kappa R & D - Our aim - Requirements - Current.
Overview of Graphic Systems
(X-Ray Crystallography) X-RAY DIFFRACTION. I. X-Ray Diffraction  Uses X-Rays to identify the arrangement of atoms, molecules, or ions within a crystalline.
Main detector types Multi Pixel Photon Counter (MPPC) and Charge Coupled Devices (CCDs) How does it work? 1. Photon hits a pixel producing electron hole.
CP1610: Introduction to Computer Components
Digital Radiography Chapter 22. History of Digital Radiography Slower process of conversion because no pressing need to convert to digital radiography.
Direct Digital Radiography or Direct Capture Radiography Bushong Ch. 27.
Instrumentation - making & detecting x-rays Read Roe - Chap 2 through (ignore neutrons)
CCD Detectors in High- Resolution Biology Jian Guan
UVP BioImaging Systems Solutions for the Science of Life Digital CCD Cameras 101.
CHAPTER 2 Input & Output Prepared by: Mrs.sara salih 1.
Introducing the LEO 1400 Series
DIGITAL FLUOROSCOPY.
FASEP Presents What is the difference between PSD and CCD sensor technology?
Section 2.1 Identify hardware Describe processing components Compare and contrast input and output devices Compare and contrast storage devices Section.
A Look at Your Computer Business Computer Information Systems I Created by: Mrs. E. Kelley Revised: August 28, 2015.
Operating Systems Operating System
Computers in Imaging Q & A Robert Metzger, Ph.D..
2-3 note. 2 Peripheral Devices “Peripheral devices” are hardware plugged into ports or connected to a computer wirelessly. These devices can be for input,
An Overview of Using Computers
Lesson 16 Preliminary Steps to Data Collection While there are many types of equipment out there our discussions will be directed at area detectors and.
Digital Camera Overview IT 130 Web Graphics and Multimedia.
Twinning Non-merohedral twinning Merohedral twinning.
Control room High resolution flat screen monitors CCD image intensifiers are easily identified by their shape A modern fluoroscopic suite.
Digital Imaging. acronyms 1.PSP 2.CRT 3.ADC 4.IP 5.CR 6.DR 7.PACS 8.SNR 9.CNR 10. CCD 11. FOV 12. LUT 13. DICOM 14. RIS 15. HIS 16. TFT 17. DQE 18. DAP.
Detectors for Light Sources Contribution to the eXtreme Data Workshop of Nicola Tartoni Diamond Light Source.
Elements of DR Imaging Systems
MACHINE VISION Machine Vision System Components ENT 273 Ms. HEMA C.R. Lecture 1.
Tracking CSE 6367 – Computer Vision Vassilis Athitsos University of Texas at Arlington.
Peter J. LaPuma1 © 1998 BRUKER AXS, Inc. All Rights Reserved This is powder diffraction!
Chapter 3: Factors of Image Quality 1. Interlaced vs. progressive scanning 2. Matrix size 5. Field of view (FOV) 3. Vertical resolution 4. Horizontal resolution.
SPEC Socket Programming Logan Daum Mentor: David Schuller CLASSE Physics REU August 13, 2010.
Foundation year Lec.3: Computer SoftwareLec.3: Computer Software Lecturer: Dalia Mirghani Year: 2014/2015.
Petra III Status Teresa Núñez Hasylab-DESY Tango Meeting DESY,
Development of a Gamma-Ray Beam Profile Monitor for the High-Intensity Gamma-Ray Source Thomas Regier, Department of Physics and Engineering Physics University.
March 2004 Charles A. DiMarzio, Northeastern University ECEG287 Optical Detection Course Notes Part 15: Introduction to Array Detectors Profs.
Parts of the Computer System
Robert Crawford, MBA West Middle School.  Explain how input devices are suited to certain kinds of data.  Distinguish between RAM and ROM.  Identify.
Copyright © 2012, 2006, 2000, 1996 by Saunders, an imprint of Elsevier Inc. Chapter 25 Digital Imaging.
Chapter 5 Introduction To Form Builder. Lesson A Objectives  Display Forms Builder forms in a Web browser  Use a data block form to view, insert, update,
Academic and pedagogical options in CIM laboratory CIM in universities.
CSC190 Introduction to Computing Operating Systems and Utility Programs.
Main Computer Components
Digital Literacy Lesson 2. Hardware Hardware: the physical components of a computer. Includes input devices, processing devices, storage devices, and.
Copyright © 2006 by The McGraw-Hill Companies, Inc. All rights reserved. McGraw-Hill Technology Education Chapter 6A Operating System Basics PART I.
INTRODUCTION TO COMPUTER CHAPTER N0 2 INPUT & INPUT & OUTPUT DEVICES OUTPUT DEVICES INSTRUCTOR: ADEEL ANJUM ADEEL ANJUM.
Types of Software Chapter 2.
Single Crystal Software Workshop ECM Louis J. Farrugia, Department of Chemistry University of Glasgow GLASGOW G12 8QQ Scotland Processing of Bruker.
1 CHAPTER 2 Hardware. 2 CPU : Central Processing Unit -Every PC system unit contains at least one chip called microprocessor (cpu) attached on motherboard.
Fluroscopy and II’s. Fluroscopy Taking real time x-ray images Requires very sensitive detector to limit the radiation needed Image Intensifier (II) is.
DIGITAL RADIOGRAPHY.
Direct Digital Radiography or Direct Capture Radiography
Acronyms. A SEQUENCE OF COMPUTER OPERATIONS FOR ACCOMPLISHING A SPECIFIC TASK Algorithm.
QSREALM.BLOGSPOT.COM Input Output Devices. QSREALM.BLOGSPOT.COM Input – Output Devices Also known as Peripheral Devices. These surround a computer’s CPU.
Input & Output devices. Input Device :keyboard a keyboard is an input device, partially modeled after the typewriter keyboard, which uses an arrangement.
Automating the Single Crystal X-Ray Diffraction Experiment – Mark Light – School of Chemistry - University of Southampton – ECM22 – Budapest 2004 Automating.
What is the difference between PSD and CCD sensor technology?
Mapping EP4.
Computer Science.
Digital Imaging.
Sponge: Draw the four types of reflectors.
Digital Imaging.
Digital Imaging.
Presentation transcript:

Lesson 16 CCD Detectors Visit the Lab

Charged Coupled Device The ccd is essentially a digital camera To keep noise down it is cooled It is almost realtime. Does not have as low a noise level as image plate but is much better than scintillation detector. Does not detect x-rays but light emitted by a phosphor.

Kappa CCD

KappaCCD Specs

Newer Developments Very large CCD chips that do not need taper. These are 16 Mega pixel chips. Much more sensitive which improves signal to noise (over 200 electrons/photon)‏ Read out is faster.

The X-ray Lab FR571 Rotating Anode Generator producing a 0.1X1.0 mm beam. A Nonius KappaCCD Diffractometer Software:  Nonius Collect Package  EvalCCD  Denzo

KappaCCD

Some KappaCCD Basics The computer that runs the ccd is called the server. It runs Windows98 and the monitor and keyboard are on the rotating anode. It can perform basic operations and is used in aligning the crystal in the beam and checking crystal quality. To keep other users out there is the concept of MASTERSHIP. When the server has MASTERSHIP no other computer can operate the ccd.

Client Computers These are LINUX computers that connect to the server over the internet. (Note LINUX is case sensitive). They run programs that do higher level calculations and then instruct the server to carry them out. Contain the Nonius software COLLECT package

INDEXING There are two approaches to indexing crystals One is DENZO a standard package used for macromolecular crystals. The other is DIRAX or CELL_NOW They require different input frames.

INDEXING WITH DENZO Need to collect 10 frames each of 1° rotation. DENZO then indexes the frames. It uses partial spots—spots that appear on more than one frame. Can be run automatically or under user control Very robust Cannot index twined crystals—produces only one orientation matrix Denzo is started with the command kc.

dirax --cell_now These need the pixel location on the frame and also the rotation angle value which cannot be directly determined. Collect on 5° frame. Then collect the same frame while moving chi by 10° while doing the other rotation. The change in the location of the spot between the two frames can be used to determine the rotation angle Collect 4 sets of these pairs of frames.

DIRAX Requires more user interaction. Can index twins or determine multiple orientation matrices. Should always be run even if cell_now. Called by the command “ndirax gui”

cellnow Cellnow is a local program that runs cell_now and creates the proper orientation matrices. Cell_now is a George Sheldrick program Very automatic but uses a good deal of time Can determine multiple orientation matrices but only if one unit cell is present (one compound). Sometimes obtains cells that are a multiple of that found in dirax. These are incorrect.

supergui This is the program that guides you through the entire indexing, data collect, and integration process. You use it by pushing buttons. It is fairly foolproof. Supergui in the Purdue lab also posts the structure name on the monitor on top of the rotating anode. To not post the name use superguinl.