Actinium 225

Rhodotron® TT300 HE

<p>The electrons are accelerated to generate an electron beam at 40 MeV to reach the target</p> Contact us for more info

Custom target

<p>²²⁶Ra in the target is irradiated creating the ²²⁶Ra(g,n)²²⁵Ra by photoreaction. The ²²⁵Ra will then naturally decay in ²²⁵Ac. The Radium target could be solid or liquid target.&nbsp;</p> <p>After irradiation, the radium could be recycled and reconditioned.&nbsp;</p> <p>Not provided by IBA</p>

Separation module

<p>Dissolution of the target matrix and separation of ²²⁵Ac&nbsp;from the Radium isotope.</p> <p>Not provided by IBA&nbsp;</p>

Cyclone® KIUBE

<p>²²⁵Ac can also be produced on the Cyclone^® KIUBE using a proton beam of 18 MeV</p> More about Cyclone® KIUBE

Nirta® solid targets

<p>²²⁶Ra in the target is irradiated creating the&nbsp;²²⁶Ra(p,2n)²²⁵Ac reaction, The Radium target could be solid or liquid target.<br /> After irradiation, the radium could be recycled and reconditioned.&nbsp;</p> <p><br /> Target support only is provided by IBA</p> More about Nirta® solid targets

Separation module

<p>Dissolution of the target matrix and separation of ²²⁵Ac&nbsp;from the Radium isotope.</p> <p>Not provided by IBA&nbsp;</p>

Cyclone® IKON

<p>²²⁵Ac can also be produced on the Cyclone^®&nbsp;IKON using a proton beam of 15-30 MeV</p> More about Cyclone® IKON

Nirta® Solid target 30 MeV

<p>²²⁶Ra in the target is irradiated creating the ²²⁶Ra(p,2n)²²⁵Ac reaction, The Radium target could be solid or liquid target.<br /> After irradiation, the radium could be recycled and reconditioned.</p> <p><br /> Target support only is provided by IBA</p>

Separation module

<p>Dissolution of the target matrix and separation of ²²⁵Ac&nbsp;from the Radium isotope.</p> <p>Not provided by <span>IBA</span>&nbsp;</p>