<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN"
"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
47 experiments with X-rays and their use in physics, chemistry,
biology, medicine, material science, and geology.
Function and Applications
Comprehensive collection of reference experiments concerning the
fundamental principles and use of X-rays in physics, chemistry,
biology, medicine, material science and geology with the XR 4.0
X-ray unit platform as a pool of ideas concerning the potential
areas of application in demonstration and laboratory experiments. A
clear matrix simplifies the orientation in terms of scientific
fields and topics.
Learning objectives
- Characteristic X-radiation / atomic structure / quantum physics
and chemistry
- X-ray absorption
- Compton scattering
- Dosimetry
- Crystal structures/structural analysis with
X-rays/Debye-Scherrer experiments (counting tube goniometer)
- Transirradiation experiments/non-destructive testing
Equipment and Technical Data
- Experiment descriptions with clearly structured learning
objectives, fundamental principles, photo of the set-up, equipment
list, tasks, illustrated instructions concerning the set-up and
procedure, theory and evaluation with example results plus
important notes concerning the operation and safety of the
equipment. This simplifies the orientation and execution as well as
the selection of the experiment parts for personalised laboratory
experiments. The information provided is so comprehensive that no
other background information is required.
- For every experiment, the software package "XRM 4.0 measure
X-ray" includes presettings for the easy and direct execution of
the experiment at the push of a button as well as numerous example
measurements.
- Experiment matrix for quick orientation
- Operating instructions concerning the components of the XR 4.0
platform including detailed information
- DIN A4 format, spiral-bound, colour print, 377 pages
Service
