Bromide 0.25:2:1 monohydrate

C12H220u Ca2+ Br2 H20 a, -Trehalose calcium bromide, monohydrate TRECAB 43 342... 

Lithium Bromide Monohydrate (LiBr, Wako Pure Chemical Industries, Ltd, Osaka, Japan). 

The bromide monohydrate was also used71 in establishing the crystal structure of blasticidin S. The dimensions of the unit cell (a =... 

A solution of chloro-diaquo-triammino-cobaltic bromide is blue in colour, and on the addition of hydrobromie acid the isomeric chloro-bromo-aquo-triammino-eobaltic bromide monohydrate, [Co(NH3) 3(H 20) ClBr]Br.H20, separates in brown needles even at temperatures below... 

The crystalline structure of tiotropium bromide monohydrate is provided (2). 

C. DIBROMO[2,12-DIMETHYL-3,7,H,17-TETRAAZABICYCLO[ 11.3.1]-HEPTADECA-1(17),2,11,13,15-PENTAENE)C0BALT(ffl) BROMIDE MONOHYDRATE... 

Figure 10-6. TGA and DSC scans of crystals of C18Br.H20, one n-alkylammonium bromide monohydrate. Temperatures of phase transitions as observed by DSC are indicated widi dotted Unes...

Phenyl Bromide 2-Oxide picrate 1,2-Dihydro-1 -oxo-3-phenyl Bromide monohydrate COjH O... 

Lithium bromide monohydrate LiBr-H30 23303-71-1 104.860 wh orth cry trans cub 33 3.46 146 VSH3O... 

Okuyama, K., Soboi, Y, lijima, N., Hirabayashi, K., Kunitake, T., Kajiyama, T. (1988). Molecular and crystal structure of the lipid-model amphiphUe, dioctadecyl-dimethylammonium bromide monohydrate. Bull. Chem. Soc. Jpn., 61 1485. 

C12H22O11 Ca 2 Br H2O a,a-Trehalose calcium bromide, monohydrate (TRECAB) ... 

Calcium bromide monohydrate [62648-72-0, 71626-99-8 (XH2O), 7789-41-5 (anhydrous)] M 217.9, d 3.35. Crystallise the bromide from EtOH or Mc2CO. It loses H2O on heating, is anhydrous at 750°, then it loses Br at higher temperatures. It is deliquescent. [Ehrlich in Handbook of Preparative Inorganic Chemistry (Ed. Brauer) Academic Press Vol I p 930 1963.]... 

The preparation of ethylene glycol directly from synthesis gas via homogeneous rhodium (14-20), ruthenium (21-26), and cobalt (27-30) catalysis has generally been limited by the high pressures necessary to effect reaction and the modest turnover frequencies. We have demonstrated the preparation of ethylene glycol and its monoalkyl ether derivatives from CO/H2 (eq. 1) using ruthenium or a Ru-Rh catalyst combination dispersed in a low-melting quaternary phosphonium or ammonium salt such as tetrabutylphosphonium bromide. Monohydric alkanols are the major by-products data in Table 1 illustrate typical preparations. The important features of this catalysis are ... 

Reddy, T.R., and R.Rajan ESR in Bis(ethylenediamine)copper Bromide Monohydrate, Cu(en)2Br2 HjO. 

---