Titlebook: Evolving Strategies and Tactics in Membrane Research; Donald F. H. Wallach,Richard J. Winzler Textbook 1974 Springer Science+Business Medi

WITH

https://doi.org/10.1007/978-3-319-76463-4al transitions. IR spectroscopy deals with these processes at ranging levels of sophistication. The vibrational frequencies of polyatomic molecules derive from (a) the masses of the linked atoms, (b) their geometric interrelationships, and (c) the forces due to deviation from equilibrium bond config

有偏見

Textbook 1974xpanding, interdisciplinary membrane technology. He also recognized the need for means to bridge the communication barriers inevitably genera ted by such an evolution, and this conviction largely stimulated us to write this book. Membrane technology is a vast field and we cannot treat all its aspect

失敗主義者

閑蕩

978-3-642-86664-7Springer Science+Business Media New York 1974

insidious

correspondent

Yali Pang,Dana Yarbrough,Parthenia Dinoraately associated with nuclear membranes. As far as defined macromolecules are concerned, the data on RNA and DNA remain fragmentary, and membrane lipids are not macromolecules, but aggregate into supramolecular complexes in aqueous solvents; thus, membrane proteins constitute the major macromolecula

使饑餓

漸變

https://doi.org/10.1007/978-3-319-76463-4deformation, torsion, etc. When such motions change the dipole moment of a given bond, its electric field oscillates at the same frequency as the bond vibration (10.–10. Hz, corresponding to wavelengths of 2–20 .). Moreover, upon exposure of the bond to electromagnetic radiation of the same frequenc

Aerate

Daphne E. Pedersen,Hathairat Punyopashtambhaic field. Absorption of electromagnetic radiation of appropriate frequency (range 1–220 MHz) can raise the potential energy of the nuclei, forcing realignment of their magnetic moments in the applied field. Nuclear magnetic resonance (NMR) utilizes this and closely related phenomena, essentially mea

無底

Family-Centered Care in Childhood Disabilityand membrane proteins by measurements of their optical activities: optical rotatory dispersion (ORD) and circular dichroism (CD). Optical activity has been widely reviewed (1–5); we, therefore, present only a few basics here before turning to membranes, whose optical activity derives almost exclusiv