Physical Principles and Techniques of Protein Chemistry, Part 3Sydney J. Leach |
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Page 125
... fringes N so that h = N ( ) ( 44 ) where An is the difference in refractive index between the liquids and vapor - saturated air . Since the method is designed for very dilute solu- tions , the value of An for both solution and solvent ...
... fringes N so that h = N ( ) ( 44 ) where An is the difference in refractive index between the liquids and vapor - saturated air . Since the method is designed for very dilute solu- tions , the value of An for both solution and solvent ...
Page 126
... cathetometer with micrometer . The pressure at a given setting is the algebraic sum of the difference in levels at M and in B and L , corrected NA is determined with a precision of one fringe for 126 M. J. KELLY AND D. W. KUPKE.
... cathetometer with micrometer . The pressure at a given setting is the algebraic sum of the difference in levels at M and in B and L , corrected NA is determined with a precision of one fringe for 126 M. J. KELLY AND D. W. KUPKE.
Page 127
Sydney J. Leach. NA is determined with a precision of one fringe for most liquids , which corresponds to an error of 1 to 2 microns in h . By this means , it has been possible to measure osmotic pressures on nondiffusible solutes which ...
Sydney J. Leach. NA is determined with a precision of one fringe for most liquids , which corresponds to an error of 1 to 2 microns in h . By this means , it has been possible to measure osmotic pressures on nondiffusible solutes which ...
Contents
F Density and Composition | 16 |
Direct Volume Change | 22 |
Density | 32 |
Copyright | |
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a-helix absorption acid Amer angle B-structure band Biochem Biochemistry Biol c₂ calculated CD spectra Chem chemical potential chromophore coefficient conformation constant Cotton effects cross-section denaturation determined dialyzate difference diffusible components dilute Donnan electron density enzyme equation equilibrated equilibrium exciton experimental function gm/ml grams helical helix hemocyanin hemoglobin intensity interaction Kratky Kupke Linderstrøm-Lang macromolecules magnetic measurements membrane method mixture molal molecular weight molecule monomer myoglobin negative nondiffusible components nonideality number of moles obtained optical activity osmometers osmotic pressure parameter partial specific volume particles peptide Phys Pilz plot polymer polypeptides positive potential procedure protein component protein concentration protein solution radius of gyration random coil residues rotational strength salt sample Scatchard Schellman Section shape small-angle scattering solvent solvent medium spectrum sphere structure subunits temperature Tinoco tion transition v₂ volume change wavelength zero