Additional file 1: of Melting relations in the Fe–S–Si system at high pressure and temperature: implications for the planetary core

a 2D images of diffraction patterns of the Fe–S–Si system at 42.3–44.1 GPa (Run FESSI20) corresponding to the X-ray profile given in Figure 1(a). A at 44(1) GPa and 1450(50) K, B at 44(4) GPa and 1650(50) K, C at 44(4) GPa and 1730(50) K, and D at 42.2(0.3) GPa and 300 K after quenching from 1730 K. NaCl was used as the pressure medium and thermal insulator. b 2D images of diffraction patterns of the Fe−S−Si system at 49.2-58.2 GPa (Run FESSI10) corresponding to the X-ray profile given in Figure 1(b). A at 58(5) GPa and 1650(50) K, B at 54(4) GPa and 1810(50) K, C at 54(4) GPa and 1840(50) K, and D at 49.2(0.6) GPa and 300 K after quenching from 1840 K. (DOCX 1725 kb

MOESM1 of Tag attachment success can be temperature dependent: a case study of the chub mackerel Scomber japonicus

Additional file 1: Figure S1. Observation of experimental fish. Description of data: (a) Experimental fish at the end of the warm condition experiment. Note that the fish indicated by white arrows had dark body colours. (b) A deceased individual in the Implantation-A group in the warm condition. Abrasions on the body surface are indicated by white arrows. (c) A deceased individual in the Implantation group in the warm condition. Note the bleeding around the eye. (d) A cut from surgery on a deceased individual in the Implantation group in the warm condition. (e) A dummy tag in the peritoneal cavity of a normal individual in the Implantation group. (f) Tagged and untagged fish in the experiment in the cold condition

Iridium and Platinum Complexes of Li⁺@C₆₀

Iridium and platinum complexes of the lithium cation encapsulated fullerene Li⁺@C₆₀ were synthesized and structurally determined. The encapsulated Li⁺ strengthens the π back-bonding from the transition-metal center to the fullerene cage and is attracted toward the two negatively charged carbon atoms bound to the transition metal in the solid state