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Thulium dibromide can be prepared by reacting thulium with thulium tribromide at 800~900 °C in a vacuum. [1] At high temperatures, the alkali metals can also obtain bromide, but only lithium and sodium reactions obtain thulium dibromide, and the response to the participation of potassium, rubidium, and caesium.
Tajima's D is a population genetic test statistic created by and named after the Japanese researcher Fumio Tajima. [1] Tajima's D is computed as the difference between two measures of genetic diversity: the mean number of pairwise differences and the number of segregating sites, each scaled so that they are expected to be the same in a neutrally evolving population of constant size.
TmBr 3 Molar mass: 408.65 [1] Appearance White crystalline solid Melting point: 952 °C (1,746 °F; 1,225 K) [1] Boiling point: 1,440 °C (2,620 °F; 1,710 K) [1]
Tajimamori's ancestry is described differently in the Kojiki and Nihon Shoki.The Kojiki lists him as the son of Tajimahinaraki (多遅摩比那良岐) and elder brother of Tajimakiyohiko (多遅麻清日子), while the Nihon Shoki records him as the son of Tajimahinaraki (但馬日楢杵) 's son Tajimakiyohiko (但馬清彦).
Thulium(III) oxide has been made in the laboratory using various methods. One method involves burning thulium metal or its various salts in air. [3] [2]Thulium(III) oxide can be made using a hydrothermal method where thulium(III) acetate is mixed with an ammonia solution, which causes thulium(III) oxide to precipitate as a white solid.
Thorium(IV) bromide exists in low-temperature α-type and high-temperature β-type. They are both white deliquescent solids and are easily soluble in water, ethanol and ethyl acetate.
Titanium tetrabromide forms adducts such as TiBr 4 2 and [TiBr 5] −. [3] With bulky donor ligands, such as 2-methylpyridine (2-Mepy), five-coordinated adducts form. TiBr 4 (2-MePy) is trigonal bipyramidal with the pyridine in the equatorial plane.
Te 2 Br is a gray solid. Its structure consists of a chain of Te atoms with Br occupying a doubly bridged site.It is prepared by heating tellurium with the appropriate stoichiometry of bromine near 215 °C.
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