[FLASH-USERS] Question on Tungsten Plasma Simulation

[xiaoxichen at mail.dlut.edu.cn]

Dear Eddie,

 

Thank you for your email.

 

Are there any alternatives for materials having atomic number less than 54,
besides ionmix and PrOpacEOS?

 

Much obliged

 

Jesse Chen

 

From: Hansen, Eddie <ehansen at pas.rochester.edu> 
Sent: Thursday, November 21, 2024 10:06 PM
To: xiaoxichen at mail.dlut.edu.cn; flash-users at flash.rochester.edu
Subject: Re: [FLASH-USERS] Question on Tungsten Plasma Simulation

 

The other table options that are most often used in FLASH are PrOpacEOS,
which is from Prism and requires a paid license, and SESAME which is
export-controlled by LANL. Either option might require special permission
for high-Z materials like tungsten and higher.

 

--

Eddie Hansen

Applications Group Leader

Flash Center for Computational Science

 

 

From: flash-users <flash-users-bounces at flash.rochester.edu
<mailto:flash-users-bounces at flash.rochester.edu> > on behalf of
xiaoxichen at mail.dlut.edu.cn <mailto:xiaoxichen at mail.dlut.edu.cn>
<xiaoxichen at mail.dlut.edu.cn <mailto:xiaoxichen at mail.dlut.edu.cn> >
Date: Tuesday, November 19, 2024 at 7:11 AM
To: flash-users at flash.rochester.edu <mailto:flash-users at flash.rochester.edu>
<flash-users at flash.rochester.edu <mailto:flash-users at flash.rochester.edu> >
Subject: [FLASH-USERS] Question on Tungsten Plasma Simulation

Dear Flash Users , 

 

I was intending to use the LaserSlab module as a template to simulate the
Tungsten plasma, only to find that the IONMIX does not support materials
having atomic number larger than 54. 

Are there alternatives to produce .cn4 file of W target , or any other
methods to simulate W target directly by FLASH?

 

Much obliged, 

 

Humbly yours, 

 

Jesse Chen

 

Dalian University of Technology

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