THE transfer of latent and sensible heat fluxes over the ocean surface makes an important effect on the global climatic variation. The heat fluxes can be calculated directly by using the data of fluctuations of temper...THE transfer of latent and sensible heat fluxes over the ocean surface makes an important effect on the global climatic variation. The heat fluxes can be calculated directly by using the data of fluctuations of temperature, humidity and wind speed. In addition, the heat fluxes can be展开更多
Four folding patterns (～15, ～30-40, ～60 and ～90-110 nm) of the higher_order structure of chromatin in chicken erythrocytes have been observed with an atomic force microscope (AFM) under near natural conditions. Re...Four folding patterns (～15, ～30-40, ～60 and ～90-110 nm) of the higher_order structure of chromatin in chicken erythrocytes have been observed with an atomic force microscope (AFM) under near natural conditions. Results showed that the chromatin in the interphase nucleus of chicken erythrocyte was not in a disorganized form but represented a higher_order conformation. The thin sections of the chromatin in the nucleus of chicken erythrocyte were examined with a transmission electron microscope (TEM). Compared with TEM, AFM had the advantages that the samples did not need the preparation procedures such as fixing, sectioning and staining, and thus were closer to their native condition.展开更多
文摘THE transfer of latent and sensible heat fluxes over the ocean surface makes an important effect on the global climatic variation. The heat fluxes can be calculated directly by using the data of fluctuations of temperature, humidity and wind speed. In addition, the heat fluxes can be
文摘Four folding patterns (～15, ～30-40, ～60 and ～90-110 nm) of the higher_order structure of chromatin in chicken erythrocytes have been observed with an atomic force microscope (AFM) under near natural conditions. Results showed that the chromatin in the interphase nucleus of chicken erythrocyte was not in a disorganized form but represented a higher_order conformation. The thin sections of the chromatin in the nucleus of chicken erythrocyte were examined with a transmission electron microscope (TEM). Compared with TEM, AFM had the advantages that the samples did not need the preparation procedures such as fixing, sectioning and staining, and thus were closer to their native condition.
