Detail of "7440-32-6"

MSDS Download
CAS Number:
7440-32-6
Name:
Titanium
Molecular Structure:
Formula:
Ti
Molecular Weight:
47.87
Synonyms:
Alpaste RTA030;C.P. Titanium;Catamold Ti;DAT 1;DAT 5E;Dentcraft Titan Ingot;EBT(metal);ER711;ER712;Elgard 210;I 131E;KS 40;M 350;M 350 (metal);N 233;OKE 80;PTKh 2;Smelloff-Cutter Titanium;TB 340;TC 459;TG-Tv;TP 270H;TPS350;TR 270C;TR 28C;TW 340;Timet 115;Tiporous 45;Titan 100;Titan 20A;Titan ingot JS3;Titanium element;Titanium fulleride (TiC20);Tiunite;TritanTil/31;Tritanium;Tritanium Dimensionalized Metal;Ventron 00901;
EINECS:
241-036-9
Density:
4.5g/mLat25°C(lit.)
Melting Point:
1660°C(lit.)
Boiling Point:
3287°C(lit.)
Solubility:
negligible
Appearance:
dark grey lustrous solid
Hazard Symbols:
F,Xi
Risk Codes:
20/21/22-11-17-36/38
Safety:
16-36/37/39-33-27-26-6 Details
Transport Information:
UN 2878 4.1/PG 3
Source:
Ilmenite, rutile, titanite, titanium slag from certain iron ores.

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Reference

Stores and mineral composition of tree crown phytomass in forests of central Siberia: Stores and mineral composition of tree crown phytomass in forests of central Siberia. Mitrofanov, D. F. (USSR). Prodovol. Kormovye Resur. Lesov Sib., 5-17. Edited by: Pozdnyakov, L. K. Akad. Nauk SSSR, Sib. Otd., Inst. Lesa Drev.: Krasnoyarsk, USSR. (Russian) 1983. CODEN: 50ZFA3. DOCUMENT TYPE: Conference CA Section: 19 (Fertilizers, Soils, and Plant Nutrition) Section cross-reference(s): 11 The phytomass structure in the forests studied was generally stable, with the wood, bark, brushwood, and needles or leaves constituting, depending on stand species (larch, pine, spruce, or birch), 61-84, 7-19, 4-14, and 1-15% of the phytomass, resp. The abs. wt. 7439-96-5 and 7440-32-6 are also in the experiment. of the crown in the forests studied varied from 64 to 62 quintals/ha, with 52% of the stands having a crown store of 160-340 quintals/ha. In ~70% of the cases, the crown wt. was 110-190 kg/m3 trunk wood. The wood store varied from 33 to 612 m3/ha, with ~74% of the stands belonging to low or medium productive ones (3260 m3/ha). The needle and leaf store was 19-213 kg/m3 trunk wood, with 72% of the cases showing a variation between 35 and 80 kg/m3 wood. The av. Ca, Mg, Mn, and Fe contents of pine needles, depending on site, were 2400-4000, 730-1300, 480-1000, and 60-140 mg/kg dry matter, resp. These elements contents of larch needles were 1550-3800, 1190-2000, 510-900, and 50-250 mg/kg, those of spruce needles 1600-5700, 880-1600, 140-850, and 50-290, the Ca, Mg, Mn, and Fe contents of cedar needles were 2400-5800, 960-1420, 630-1670, and 70-130, and these element contents of birch leaves were 4800-8500, 2600-3600, 500-1800, and 100-180 mg/kg, resp. Detailed data on total ash and ash element contents of needles, leaves, and needle-bearing branches are detailed and compared with those of hay from natural grasslands. The data obtained show a high variability in fodder value of tree foliage from forests of central Siberia. .

Canadian vesuvianite gems: Canadian vesuvianite gems. Wight, Willow; Grice, J. D. (Miner. Sci. Div., Natl. Mus. Nat. Sci., Ottawa, ON, Can.In this article, certain chemicals are used. Some of their cas registry numbers are 7440-32-6 and 1319-37-5 ). J. Gemmol., 18(8), 738-45 (English) 1983. CODEN: JGEAAR. ISSN: 0022-1252. DOCUMENT TYPE: Journal CA Section: 53 (Mineralogical and Geological Chemistry) New chem. analyses of gem-grade vesuvianite [1319-37-5] from Laurel, Quebec are consistent with a color-compn. relation previously obsd. for the gem vesuvianites of Jeffery mine, Quebec. With increased Ti content and increased Fe2+/Fe3+ ratios, these Canadian vesuvianites show an increased yellow coloration, attributable to an Fe2+ ? Ti4+ charge-transfer process. .

Detail of "7440-32-6"

Titanium

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