Titlebook: Crystal Chemistry of Condensed Phosphates; A. Durif Book 1995 Springer Science+Business Media New York 1995 Compound.X-ray.chemistry.class

樂器演奏者

Ultraphosphates,Ultraphosphates comprise a group of P.O.-rich condensed phosphates that have not yet been fully investigated. In our discussion of the classification and nomenclature of condensed phosphates in Chapter 1, we gave a chemical definition of ultraphosphates and briefly described their geometries.

Peristalsis

偏見

https://doi.org/10.1007/978-1-4757-9894-4Compound; X-ray; chemistry; classification; crystal

鳥籠

978-1-4757-9896-8Springer Science+Business Media New York 1995

斷斷續(xù)續(xù)

Oligophosphates, triphosphates (. = 2 and 3) are presently well characterized, but examples with . = 4 and . = 5 are rather rare. This slow development, common to many areas of condensed phosphate chemistry, can probably be attributed to the lack of convenient starting materials for the preparation of these higher oligophosphates.

DEFER

Long-Chain Polyphosphates, are considered as having terminal OH groups and thus a formula (H.P.O.). Long-chain polyphosphates have been the subject of a great number of physical investigations, mainly devoted to the estimation of their degree of polymerization. From these studies, which we do not report here, one arrives at the following two conclusions:

不出名

Book 1995orting crystaldata,chapters identify and characterize more than 2,000 compounds.Additional features include a concise survey of the historicaldevelopment of condensed phosphate chemistry; the presently acceptedclassification system; a review of each family of condensedphosphates and much more.

門窗的側(cè)柱

驚奇

Wireless Optical Intensity Channelsedure for the chemical preparation of an appropriate starting material. We will present for each family of cyclophosphate a short survey of its development and will describe as much detail as possible the specific methods of chemical preparation.

大范圍流行

Optical Intensity Signal Space Modelxpected products that could not be identified until their crystal structures had been solved. The main crystallographic data for monophosphate—diphosphates are presented in Table 5.1, and those for mixed-anion phosphates containing anions with higher degrees of condensation are given in Table 5.2.