Russian Journal of Inorganic Chemistry, Tập 46British Library Lending Division with the cooperation of the Royal Society of Chemistry, 2001 |
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Kết quả 1-3 trong 11
Trang S-2
... nanocrystals do not interact with the liquid , their movement relative to the walls of the flow is reduced to Brownian motion , sedimentation in the gravity field , and drift with the flow . If a nanocrystal takes up liquid molecules or ...
... nanocrystals do not interact with the liquid , their movement relative to the walls of the flow is reduced to Brownian motion , sedimentation in the gravity field , and drift with the flow . If a nanocrystal takes up liquid molecules or ...
Trang S-3
... nanocrystals are filled in : molecular con- tacts ( crystal linkages ) are formed between nanocrys- tals and they grow until the aggregate approaches a true single - crystal [ 31 ] . Simultaneously , nanocrystals with a smaller size and ...
... nanocrystals are filled in : molecular con- tacts ( crystal linkages ) are formed between nanocrys- tals and they grow until the aggregate approaches a true single - crystal [ 31 ] . Simultaneously , nanocrystals with a smaller size and ...
Trang S-5
... nanocrystals , NH Br nanocrystals , mixed ordered primary aggregates composed of NH4Br and CsI nanocrystals , and secondary ordered aggregates . Particle identification was favored by the fact that NH , Br nanocrystals sublimed , while ...
... nanocrystals , NH Br nanocrystals , mixed ordered primary aggregates composed of NH4Br and CsI nanocrystals , and secondary ordered aggregates . Particle identification was favored by the fact that NH , Br nanocrystals sublimed , while ...
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Suppl | S-1 |
Vol 46 Suppl 1 2001 | S-14 |
HighTemperature Chemistry of Doped Lanthanum Manganites | S-43 |
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active analysis arsenic trichloride atoms band bismuth bonds calculated cation ceramics changes characteristics Chem chemical Chemistry clusters complexes composition compounds concentration Condens considerable containing coordination crystal decrease determined distribution effect electronic elements energy equilibrium et al example existence experimental field formation function growth hexafluorides higher impurities increase Inorganic interactions involved ions Journal Khim layers ligand lower manganites materials mechanism melt metal method molecular molecules nanocrystals orbitals orthorhombic oxide oxygen parameters particles peritectic phase phase diagram Phys Physics polymorphs positions prepared pressure properties reaction relativistic respectively Russian samples Science shift shows similar solid solutions space space group spectra stability structure studied substitution surface symmetry synthesis Table temperature tetragonal thermal tion transition unit cell values various X-ray