Logo Curriculum Design, Content and Organisation

School of Crystallography, Birkbeck College, University of London


Welcome Page  Administration  1999/2000  2001/2002 

Design, Organisation, and Content of Curricula

Proposal to College

See 1999/2000

Meetings

Teaching Meetings (have separate minutes)

Quality Assurance Meetings (have separate minutes)

Numerous ad-hoc Meetings during the Academic Year 2000/1

Formal Course Meetings

Electronic Course Booklet 2000/2001

Sample Pictures

Course Information Pages

Course Information

Technical Requirements

Syllabus

Timetable

Course Enrolment

Course Index Pages (grey buttons)

Advertisements 2000/2001

Departmental Internet. New college-based electronic enrolment forms setup September 2000

Birkbeck Undergraduate Prospectus Entry 2000/1

Rietveld & SDPD Mailing Lists (18 October 2000)

Syllabus

Timetable

Staff

The Intended Learning Outcomes

Course Aims & Objectives

Section Aims & Objectives are filed under TLA (see Teaching)

Syllabus

Qualification

Level of Achievement

Advanced Certificate

Skills, Knowledge, and Understanding

Web Authoring

Powder Diffraction

Instrumentation, Diffraction, Symmetry, Data Analysis, Presentation

Currency and Innovation

Strategy

Web Course Taught over the Internet

Copyright & Data Protection

See 1999/2000

Student Copyright & License Form

Copyright Notice

Security

Web Page & Lecture Design

See 1999/2000

Web Page Updates

The following is a list of new or significantly improved web pages. Web pages are not listed when the updates are only minor changes of grammar, spelling, etc.

Internet Skills: Web Authoring

Tag Order Subscripts and Superscripts

Instrumentation I: Laboratory Methods

Sample Spinning

Instrumentation II: Synchrotron Sources and Methods

Data Acquisition on a Synchrotron Powder Diffractometer
Energy-Dispersive Detector Energy Calibration
Energy-Dispersive Detector Angle
Comparison of Laboratory and Energy-Dispersive Diffraction Data
World Synchrotron Links

Symmetry II: Point Groups

Diffraction Symmetry

Qualitative Analysis

A Taster
A Powder Diffraction File
Clickable PDF Card 7-216: A B C D E F G H
(Many web pages giving details of ICDD were amalgamated into Qualitative Analysis Links)

Peak Shapes

Figures were improved in the following pages and the functions correctly normalised:
Peak Shape Functions: I. Gaussian
II. Lorentz (or Cauchy)

Structure Refinement II: Tools

Constraints & Restraints
I. Coordinate
II. Geometry
III. Atomic Displacement
IV. Composition


Welcome Page  Administration  1999/2000  2001/2002 
© Copyright 1997-2000.  Birkbeck College, University of London. Author(s): Jeremy Karl Cockcroft