Systematic Study of High Molecular Weight Compounds in Amazonian Plants by High Temperature Gas Chromatography-Mass Spectrometry

temperature evolution of a the fraction of cleaved glycosidic bonds; b the fraction of AGUs with one or more cleaved pyranose ring bonds; c the fraction of AGUs for which

Orange needles of WOCl 4 were obtained in small quantities using a chemical gas-phase transport reaction in the tempera- ture gradient of 60 ◦ C (temperature of the IL) to 30 ◦ C

ing temperature dependence of thermal expansion co- efficient α is as important as the decreasing pressure dependence of the volume thermal expansion coeffi- cient α , the

We have proposed a simple method to investigate the properties of solids at high temperature and high pressure, based on the interionic potential model which... Liu · Bulk Modulus

The high-temperature modification of LuAgSn was obtained by arc-melting an equiatomic mix- ture of the elements followed by quenching the melt on a water-cooled copper crucible..

Herein we report on a new high-temperature modifica- tion of LuAgSn, the structure refinements of DyAgSn and HoAgSn, and the magnetic and 119 Sn M¨oss- bauer spectroscopic behavior

The calcium cations are shown as large grey spheres, oxygen atoms as white spheres, and boron atoms as black

Alberto dos Santos Pereira a , Moˆnica Freiman de Souza Ramos b , Elisa Suzana Carneiro Poc¸as a , Patricia Castro Moreira Dias b , Elisabete Pereira dos Santos b , Joaquim