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Shanghai Nayou Instrument Co., Ltd
teaching experiment
NegotiableUpdate on 05/13
- Model
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Overview
ORTEC's products are widely used in academic teaching laboratories across various disciplines, including nuclear engineering and technology, physics, chemistry, biology, and radiation medicine
Product Details
ORTEC's products are widely used in academic teaching laboratories across various disciplines, including nuclear engineering and technology, physics, chemistry, biology, and radiation medicine. Specifically, ORTEC can provide a complete set of pre written experiments, including tutorials, experimental setup instructions, methods, and student exercises.
AN34 Teaching Experiment
The ORTEC AN34 laboratory manual provides numerous pre written teaching experiments for undergraduate nuclear science laboratories.
Provide two versions of the experiment. The third version of the experiment is based on the use of the classic NIM module. The newly developed fourth edition experiment combines classic NIM with new products, including integrated and digital electronic products. The new "EASY-NIM" product suite has been widely used in AN34 4th edition.
Experimental equipment
The extensive ORTEC nuclear instrument series related to radiation detection and spectral measurement includes radiation detectors, modules for pulse counting and rapid time measurement (NIM), signal processing modules, as well as modules and digital electronic devices for general multi-channel analysis.
This modular design makes teaching experimental instruments economical, efficient, and reconfigurable. For example, several experiments in the AN34 experimental manual can be completed on basic equipment with little or no additional equipment required: simply reconfigure your existing equipment!
Partnership and Support
ORTEC expands its support by establishing partnerships with universities and other educational institutions to develop and advance pre written new experiments.
If you have developed teaching experiments using ORTEC products, we are honored to include them on this website for others to use. We appreciate the contributions made by various institutions to the experimental writing, and therefore attach the website links of the participating departments.
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Third edition experiment+
The third version of the experiment is based on the use of the NIM module, while the fourth version uses updated products, integrated and commonly used digital electronic products for experimentation. Our brand new 'EASY-NIM' product is widely used in AN34 4th edition.
The experiments listed here include some of the experiments in the AN34 experimental manual. We have added additional experiments and will add more in the near future.
Suggest including references in these experiments (located under the "Library" link on the left).
If you need assistance or need to purchase equipment suitable for any specific experiment, please contact the factory.
experiment 1 Introduction to Electronic Signal Analysis in Nuclear Radiation Measurement
experiment 2 Geiger Count
experiment 3 useNaI（Tl）Measurement of gamma ray energy spectrum
experiment 4 Measurement of alpha energy spectrum of silicon charged particle detector
experiment 5 Energy loss of heavily charged particles (α)
experiment 6 β - energy spectrum measurement
experiment 7 High resolution gamma ray spectroscopy measurement
experiment 9 Time in line with technology and activity measurement
experiment 10 Compton scattering
experiment 11 Proportional counter and low-energyXX-ray measurement
experiment 13
γ-Gamma coincidence and angle correlation
experiment 14 Lifespan and compliance of nuclides
experiment 15 Alpha Rutherford scattering of thin gold foil and other optional metal foils experiment 19
60CoThe gamma ray decay scheme and angle correlation
experiment 20
Using α andXRadiation compliance experimental research244CmThe decay scheme
experiment 24 Measurement of Health Physics
experiment 25 Flight time spectrum measurement
experiment 26 252CfMeasurement of energy loss from fission fragments
experiment 27 Measurement of positron annihilation lifetime spectrum -
Fourth edition experiment+
The third version of the experiment is based on the use of the NIM module, while the fourth version uses updated products, integrated and commonly used digital electronic products for experimentation. Our brand new 'EASY-NIM' product is widely used in AN34 4th edition.
Suggest including references in these experiments (located under the "Library" link on the left).
If you need assistance or need to purchase equipment suitable for any specific experiment, please contact the factory.
Experiment 1Introduction to Electronic Signal Analysis in Nuclear Radiation Measurement
Experiment 2Geiger Count
Experiment 3Measurement of gamma ray spectra using NaI (Tl)
Experiment 4Measurement of alpha energy spectrum of silicon charged particle detector
Experiment 7High resolution gamma ray spectroscopy measurement
Experiment 10Compton scattering -
Radiation source supplier+
The radioactive source for ORTEC AN34 experiment can be obtained from suppliers around the world.
Radioactive sources should be ordered directly from local suppliers or their local agents in the country/region where the final source is used. This is because the local agent is familiar with and able to assist in meeting the licensing requirements of the end use country/region. ORTEC has reached an agreement with the two suppliers mentioned in the source supplier list:
Spectrum Techniques
(abbreviated as "ST")
106 Union Valley Road
Oak Ridge, TN 37830 USA
Phone:+1-865-482-9937
E-mail Sales@SpectrumTechniques.com
Or contact Larry Web
larryEckert & Ziegler Reference & Calibration
(abbreviated as "E+Z")
1380 Seaboard Industrial Blvd.
Atlanta, Georgia 30318 USA
Phone:+1-404-425-5068
Email: Analytics
Or contact Eric Brown
Eric. BrownThe following table provides the supplier code and vendor code for each required source by experiment number. In each case, the corresponding supplier should be contacted first to obtain their local agent, and then the end user can obtain the emission source from there according to local licensing regulations. If necessary, ORTEC is happy to assist with this process, but it is recommended to contact the source supplier directly.
Download the form in PDF format.
supplier
model
Supplier Code
description
EXPT #
ST
CO-60S
Co60S1
1 µCi Co-60source
2, IV-2
ST
ISO (CDRB1385)
ISO
CDRB1385Isotope generator，10 µCi Cs-137/Ba-137
2, IV-2
ST
RSS2
RSS2
Distinguish time settings Separate sourcesTl-204 5 µCi 2ea
2, IV-3
ST
GF-057-M-20
Co57S20
20 µCi Co-57source
3, IV-3
E+Z
GF-057-M-20
GF-057-M
20 MCi Co-57Source (activity must be specified on the purchase order)
3, IV-3
ST
GF-137-M-5
Cs137S5
5 µCi Cs-137source
3, IV-3
ST
RSS8
RSS8
A set of eight gamma sources used for scintillation spectrum determination:Ba-133TheCd-109TheCo-57TheCo-60TheCs-137TheMn-54TheNa-22And an 'unknown' (mixed)Cs/Zn）Source.
3, IV-3
ST
ZN65S
ZN65S
1 µCi Zn-65source
3, IV-3
E+Z
AF200
AF200
A set of alpha sources: 0.1MCiof241AmThe0.01 MCiof228Thand0.01 MCiof230Th
4, IV-4
E+Z
AF-244-A2-0.1
AF-244-A2-0.1
0.1 µCi Cm-244source
4, IV-4
E+Z
AF-210-A
AF-210-A
1 MCi Po-210Source (activity must be specified on the purchase order)
5
E+Z
BF-113-A-1
BF-113-A
1 µCi SN-113Beta source (activity must be specified on the purchase order)
6
E+Z
BF-137-A-0.1
BF-137-A
0.1 MCi Cs-137Beta source (activity must be specified on the purchase order)
6
E+Z
BF-204-A-0.1
BF-204-A
0.1 µCi Tl-204Beta source (activity must be specified on the purchase order)
6
E+Z
GF-057-M-20
GF-057-M
20 MCi Co-57Source (activity must be specified on the purchase order)
7, IV-7
E+Z
GF-060-M-10
GF-060-M
10 MCi Co-60Source (activity must be specified on the purchase order)
7, IV-7
E+Z
GF-137-M-20
GF-137-M
20 MCi Cs-137Source (activity must be specified on the purchase order)
7, IV-7
E+Z
GF-228-D-10
GF-228-D
10 MCi Th-228Source (activity must be specified on the purchase order)
7, IV-7
E+Z
POSK-22-10
POSK-22
10 MCi Na-22Source (activity must be specified on the purchase order)
7, IV-7
E+Z
GF-055-M-10
GF-055-M
10 MCi Fe-55Source (activity must be specified on the purchase order)
8
ST
GF-057-M-20
Co57S20
20 µCi Co-57source
8
E+Z
GF-057-M-20
GF-057-M
20 MCi Co-57Source (activity must be specified on the purchase order)
8
E+Z
GF-109-M-10
GF-109-M
10 µCi Cd-109source
8
E+Z
GF-137-M-20
GF-137-M
20 µCi Cs-137source
8
E+Z
GF-241-M-10
GF-241
10 µCi Am-241source
8
E+Z
BF-060-5
BF-060-5
5 µCi Co-60β source
9
ST
CS-137S1
Cs137S1
1 µCi Cs-137source
10
ST
CS173-5M
CS730000005m
5 milliCi Cs-137source
10
ST
RSS8
RSS8
A set of eight gamma sources used for scintillation spectrum determination:Ba-133TheCd-109TheCo-57TheCo-60TheCs-137TheMn-54TheNa-22And an 'unknown' (mixed)Cs/Zn）Source.
10
ST
ZN65S
ZN65S
1 µCi Zn-65source
10
E+Z
GF-055-M-10
GF-055-M
10 MCi Fe-55Source (activity must be specified on the purchase order)
11
E+Z
GF-057-M-20
GF-057-M
20 MCi Co-57Source (activity must be specified on the purchase order)
11
E+Z
GF-109-M-10
GF-109-M
10 MCi Cd-109Source (activity must be specified on the purchase order)
11
ST
GF-137-M-5
CS137S5
5 µCi Cs-137source
11
E+Z
GF-241-M-10
GF-241-M
10 MCi Am-241Source (activity must be specified on the purchase order)
11
ST
ZN65S
ZN65S
1 µCi Zn-65source
11
E+Z
GF-022D-50
GF-022-D
50 MCi Na-22Source (activity must be specified on the purchase order)
13
ST
GF-057-M-20
Co57S20
20 µCi Co-57source
14
E+Z
GF-057-M-20
GF-057-M
20 MCi Co-57Source (activity must be specified on the purchase order)
14
ST
CO-60S1
C060S1
1 µCi Co-60source
19
E+Z
GF-060-D-100
GF-060-D
100 MCi Co-60Source (activity must be specified on the purchase order)
19
E+Z
AF-244-PM-0.1
AF-244-A2
0.1 MCi Cm-244Source thin window (activity must be specified on the purchase order)
20
ST
CS-137S1
Cs137S1
1 µCi Cs-137source
20
ST
GF-057-M-5
Co57S5
5 µCi Co-57source
20
ST
CS-137S1
Cs137S1
1 µCi Cs-137source
22
E+Z
BF-204-A-0.1
BF-204-A
0.1 µCi Tl-204Beta source (activity must be specified on the purchase order)
24
E+Z
GF-137-M-25
GF-137-M
25 MCi Cs-137Source (activity must be specified on the purchase order)
24
E+Z
GF-022D-50
GF-022-D
50 MCi Na-22Source (activity must be specified on the purchase order)
25
ST
GF-060-M-10
GF-060-M
10 MCi Co-60Source (activity must be specified on the purchase order)
27
E+Z
POSK-22-10
POSK-22
10 MCi Na-22Source (activity must be specified on the purchase order)
27
ST
CD-109S1
Cd109S1
1microCi Cd-109source
3, IV-3
ST
CO-57S1
Co57S1
1 µCi Co-57source
3, IV-3
E+Z
AM1A2100U
AM1A2100U
100 µCi Am-241source
ST
FE-55LDS100
Fe55S100
100 µCi Fe-55source
ST
FE55LMW10
Fe55S10
10 µCi Fe-55source
source
ST
RSS2
RSS2
Distinguish time settings-Source of division
ST
RSS3
RSS3
a set3Solid state source:Po-210TheSr-90andCo-60
ST
RSS3EXP
RSS3EU
a set3A solid-state source：Po-210.0.1 µCI；Sr-90,0.1 µCi & Co-60, 0.5 µCi
ST
RSS5
RSS5
a set5Source:Po-210TheTI-204TheC0-60TheCs-137
ST
RSS5-EXP
RSS5-EU
NRC/IAEA/EUExemption source combination，alphaPo-210@0.1 µCiand βSr-90@0.1 µCi & TI-204@0.25 µCi、 γCo-60@1.0 µCi & Cs-137@0.25 µCi
ST
RSS8
RSS8
A set of eight gamma sourcesF/Scintillation spectrum measurement
3, IV-3
ST
RSS8EXP
RSS8EU
NRC/IAEA/EURevised version of exemption source combination1，Bal 33TheCd 109TheCo57TheCo60TheMn54TheNa22TheZn65@1.0MCiandCs137@0.25MCi
3, IV-3
ST
RSS8UN
RSS8UN
NRC/IAEA/EURevised version of exemption source combination1，Bal 33TheCd 109TheCo57TheCo60TheMn54TheNa22TheZn65@1.0MCiandCs137@0.1 µCi
3, IV-3
E+Z
BF-200
BF-200
A set of beta sources
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library+
Safely handle radioactive sources
Electronic Product Standards and Definitions - NIM and CAMAC Standards for Modular Instruments
Glossary
Relative sensitivity of elements to thermal neutron activation
X-ray critical absorption and emission energy (keV)
Tektronix TDS 3054B and TDS 3032C Oscilloscope Operation Manual
Multi channel pulse height analyzer
