Supplementary material: Femtosecond temperature measurements of laser-shocked copper deduced from the intensity of the x-ray thermal diffuse scattering
Creators: name: Wark, Justin
name: Peake, Domenic
name: Stevens, Thomas
name: Heighway, Patrick
name: Ping, Yuan
name: Sterne, P. A.
name: Albertazzi, Bruno
name: Ali, Suzanne
name: Antonelli, Luca
name: Armstrong, Michael
name: Baehtz, Carsten
name: Ball, Orianna
name: Banerjee, Saumyabrata
name: Belonoshko, Anatoly
name: Bolme, Cynthia
name: Bouffetier, Victorien
name: Briggs, Richard
name: Buakor, Khachiwan
name: Butcher, Thomas
name: Di Dio Cafiso, Samuele
name: Cerantola, Valerio
name: Chantel, Julien
name: Di Cicco, Andrea
name: Coleman, Amy
name: Collier, John
name: Collins, Gilbert
name: Comley, Andrew
name: Coppari, Federica
name: Cowan, Thomas
name: Cristoforetti, Gabriele
name: Cynn, Hyunchae
name: Descamps, Adrien
name: Dorchies, Fabien
name: Duff, Matthew
name: Dwivedi, Anand
name: Edwards, Chris
name: Eggert, Jon
name: Errandonea, Daniel
name: Fiquet, Guillaume
name: Galtier, Eric
name: Laso Garcia, Alejandro
name: Ginestet, Helene
name: Gizzi, Leonida
name: Gleason, Arianna
name: Goede, Sebastian
name: Gonzalez, Joseph
name: Gorman, Martin
name: Harmand, Marion
name: Hartley, Nicholas
name: Hernandez-Gomez, Cristina
name: Higginbotham, Andrew
name: Höppner, Hauke
name: Humphries, Oliver
name: Husband, Rachel
name: Hutchinson, Trevor
name: Hwang, Huijeong
name: Keen, David
name: kim, Jaeyong
name: Koester, Petra
name: Konopkova, Zuzana
name: Kraus, Dominik
name: Krygier, Andrew
name: Labate, Luca
name: Lazicki, Amy
name: Lee, Yongjae
name: Liermann, Hanns-Peter
name: Mason, Paul
name: Masruri, Masruri
name: Massani, Bernhard
name: McBride, Emma
name: McGuire, Christopher
name: McHardy, James
name: McGonegle, David
name: McWilliams, Ryan
name: Merkel, Sebastien
name: Morard, Guillaume
name: Nagler, Bob
name: Nakatsutsumi, Motoaki
name: Nguyen-Cong, Kien
name: Norton, Ann-Marie
name: Oleynik, Ivan
name: Otzen, Christoph
name: Ozaki, Norimasa
name: Pandolfi, Silvia
name: Pelka, Alexander
name: Pereira, Kimberly
name: Phillips, JP
name: Prescher, Clemens
name: Preston, Thomas
name: Randolph, Lisa
name: Ranjan, Divyanshu
name: Ravasio, Alessandra
name: Redmer, Ronald
name: Rips, Johannes
name: Santamaría-Pérez, David
name: Savage, Daniel
name: Schoelmerich, Markus
name: Schwinkendorf, Jan Patrick
name: Singh, Saransh
name: Smith, Jodie
name: Smith, Raymond
name: Sollier, Arnaud
name: Spear, Jacob
name: Spindloe, Chris
name: Stevenson, Michael
name: Strohm, Cornelius
name: Suer, Terry-Ann
name: Tang, Minxue
name: Toncian, Monica
name: Toncian, Toma
name: Tracy, Sally
name: Trapananti, Angela
name: Tschentscher, Thomas
name: Tyldesley, Mike
name: Vennari, Cara
name: Vinci, Tommaso
name: Vogel, Sven
name: Volz, Travis
name: Vorberger, Jan
name: Willman, Jonathan
name: Wollenweber, Lennart
name: Zastrau, Ulf
name: Brambrink, Erik
name: Appel, Karen
name: McMahon, Malcolm
Publisher: name: AIP Publishing
Year: 2025
Subjects: classificationCode: 51
subject: Physical sciences
subject: FOS: Physical sciences

description: See the Supplementary Material for details of the al- gorithm used to isolate the x-ray scattering signal from the shock-compressed copper alone (including the requi- site calculation of the shock fraction x), and the overall structure of the model we used to predict both the elas- tic and inelastic components of the x-ray scattering using the classic theory of Warren.