DSO's cutting-edge work includes reducing time needed to identify unknown substances

Document -

DSO's cutting-edge work includes reducing time needed to identify unknown substances

An unattended package in Shenton Way is discovered and found to be radioactive. Police have set up a safety cordon, disrupting activity in the Central Business District. In such scenarios, scientists at defence research organisation DSO National Laboratories can be called upon to identify the substances, and they have developed processes to cut the time needed to do so.
go to media item
License:
All rights reserved
The Content may only be used by Mynewsdesk. It is thus not permissible for anyone else to download, copy, distribute or otherwise use the Content (other than for private use to the extent permitted by law).
File format:
.pdf

Contacts

Related content

  • DSO's cutting-edge work includes reducing time needed to identify unknown substances

    An unattended package in Shenton Way is discovered and found to be radioactive. Police have set up a safety cordon, disrupting activity in the Central Business District. In such scenarios, scientists at defence research organisation DSO National Laboratories can be called upon to identify the substances, and they have developed processes to cut the time needed to do so.

Enter your email address to follow DSO National Laboratories

When you choose to create a user account and follow a newsroom your personal data will be used by us and the owner of the newsroom, for you to receive news and updates according to your subscription settings.

To learn more about this, please read our Privacy Policy, which applies to our use of your personal data, and our Privacy Policy for Contacts, which applies to the use of your personal data by the owner of the newsroom you follow.

Please note that our Terms of Use apply to all use of our services.

You can withdraw your consent at any time by unsubscribing or deleting your account.
Check your inbox

Email sent to __email__. Click the link there to follow DSO National Laboratories.

Okay