JC261 Neutron Putty can be used for the collimation of neutrons and for reducing neutron streaming.
It is a non-hardening, boron loaded LDPE putty that contains 10% boron combined with a high hydrogen content.
Neutron Putty can be kneaded by hand to obtain the desired consistency and workability. It can be softened by warming it up slightly for added workability.
Disposable gloves are recommended when handling as the putty is quite sticky.
Features at a glance
- Neutron Putty contains 10% boron and high hydrogen content.
- A 1-inch thick layer has a thermal neutron attenuation factor of approximately 100
- Since Neutron Putty is non-hardening, it will not dry out to form a powder
- Provided in 8lb (3.6 kg) cans
|Composition Data||Important Properties|
|Hydrogen atom density/cm³||5.91 x 10²²|
|Hydrogen weight percent||8.95%|
|Boron atom density/cm³||6.16 x 10²¹|
|Boron natural isotope distribution||19.6% ¹⁰B and 80.4 % ¹¹B|
|Boron weight percent||10.00%|
|Total Density||1.11 g/cm³ (69 lbs/ft³ )|
|Macroscopic thermal neutron cross section||4.67 cm⁻¹|
|Gamma resistance||5 x 10⁸ rad|
|Neutron resistance||2.5 x 10¹⁷n / cm²|
|Odour||No significant odor|
|Recommended Temperature Limit||45°C (110°F)|
|Chemical Name & Synonyms||Borated poly putty (LDPE)|
|Trade Name & Synonyms||JC261 Neutron Putty|