1. Zur Halogen‐Einwirkung auf Knallsäure und Knallate. —2. Trihalogen‐nitroso‐methane (XIX. Mitteil. zur Kenntnis der Pseudohalogene)

Organic Hypohalites.

“…184). Mention must be made, however, of certain classes of compounds which are "positive" halogen carriers, examples of which appear in the tabular survey: certain ketones, diketones, and carboxylic compounds bearing -halogen atoms (67, 136); 1-halogenoalkynes (93,137,192); certain aromatic compounds containing activated halogen atoms (70,120,130,131,132,134,135,203); halogenonitromethanes (28,81,117,118,166,167,169); halogenoacetylmethanes (29); halogenocyanomethanes (27,28); halogenonitrosomethanes (30); trifluorohalogenomethanes (12); halogenomethanes (87, 91, 129, 141); certain trivalent nitrogen compounds containing halogen (58,168,175,183,205); nitroxyl chloride (nitryl chloride) (15, 142). Most of the above compounds contain oxygen.…”

Structure and spectroscopy of dihaloformaldoximes He I photoelectron, photoionization mass spectroscopy, mid-IR, Raman and ab initio study

“…25 was Br 2 CNOH synthesised9 from oximinoacetic acid [prepared from glyoxylic acid (Aldrich) and hydroxylamine hydrochloride (Aldrich)]26 and bromine, and BrClCNOH from Br 2 CNOH and mercury(II) chloride. 6 He I PE spectra were recorded on a home-built fastpumping spectrometer ; resolution during measurements was ca. 45 meV.…”

N-, O-, and S-Trihalomethyl Compounds

“…Tribromonitrosomethane has been obtained by treatment of mercuric fulminate with aqueous potassium hypobromite (110) and from the bromination of sodium fulminate in glacial acetic acid (32). There is no account of its chemical properties.…”