Educational Experiments
ORTEC supports academic teaching laboratories across a wide range of disciplines: Nuclear Engineering and Technology, Physics, Chemistry, Biology, and Radio-pharmacy. ORTEC offers experiments with accompanying scripts, which include tutorial information, experimental set-up instructions, methods and student exercises.
AN34 Teaching Experiments
The ORTEC AN34 Laboratory Manual offers a wide selection of pre-scripted teaching laboratory experiments for use in nuclear science undergraduate laboratories.
Two editions of experiments are offered. Third Edition experiments are based on the use of classic NIM modules. Newly developed Fourth Edition experiments combine both classic NIMs and new offerings including integrated and digital electronic products.
Experiment Equipment
The broad ORTEC range of nuclear instrumentation relating to radiation detection and spectroscopy includes: Radiation Detectors, Modular (NIM) Signal Processing Modules for pulse counting and fast timing, as well as modules and Digital Electronics for generalized Multichannel Analysis.
This modularity provides a cost-effective, re-configurable approach to teaching experiment instrumentation. For example, several experiments in the AN34 Laboratory Manual may be configured with little or no addition to the basic equipment: simply reconfigure what you already have!
Partnership and Support
ORTEC extends support through partnerships with teaching facilities in universities and other educational institutions to develop and advance, new pre-scripted experiments. If you have developed teaching experiments employing ORTEC products, we would welcome the opportunity to include them on this site for others to use. We are happy to acknowledge the institution for the contribution of the experimental script, and to provide a link to the contributor's departmental website.
Third edition experiments are based on the use of NIM modules while the fourth edition experiments provide an alternative through the use of the more recent products, integrated and often digital electronics products. Our all new “EASY-NIM” products feature extensively in AN34 Fourth Edition.
The experiments listed here include some of the experiments from the AN34 Laboratory Manual. Additional experiments have been added and more will be added as they become available.
It is recommended that the references (located under the "Library" tab below) be included with these experiments.
Please contact the factory if you need assistance, or need to purchase the latest equipment available for any specific experiment.
| Experiment 1 | Introduction to Electronic Signal Analysis in Nuclear Radiation Measurements |
| Experiment 2 | Geiger Counting |
| Experiment 3 | Gamma-Ray Spectroscopy Using NaI(Tl) |
| Experiment 4 | Alpha Spectroscopy with Silicon Charged Particle Detectors |
| Experiment 5 | Energy Loss with Heavy Charged Particles (Alphas) |
| Experiment 6 | Beta Spectroscopy |
| Experiment 7 | High-Resolution Gamma-Ray Spectroscopy |
| Experiment 9 | Time Coincidence Techniques and Absolute Activity Measurements |
| Experiment 10 | Compton Scattering |
| Experiment 11 | The Proportional Counter and Low-Energy X-Ray Measurements |
| Experiment 13 | Gamma-Gamma Coincidence with Angular Correlation |
| Experiment 14 | Nuclear Lifetimes and the Coincidence Method |
| Experiment 15 | Rutherford Scattering of Alphas from Thin Gold Foil and Other Optional Metal Foils |
| Experiment 19 | Gamma-Ray Decay Scheme and Angular Correlation for 60Co |
| Experiment 20 | A Study of the Decay Scheme of 244Cm by an Alpha and X-Ray Coincidence Experiment |
| Experiment 24 | Measurements in Health Physics |
| Experiment 25 | Time-of-Flight Spectroscopy |
| Experiment 26 | Fission Fragment Energy Loss Measurements from 252Cf |

