Molecular structure effective

Habeeb, A.F.S.A., Cassidy, H.G., and Singer, S.J. (1958) Molecular structural effects produced in proteins by reaction with succinic anhydride. Biochim. Biophys. Acta 29, 587. 

TABLE 2. Molecular Structure Effects on Sperm Penetration [12],... 

Molecular Structure Effects and Detergency. The correlation of surfactant structure with interfacial and colloid properties is a poorly understood science. Much study in this area has been thermodynamic which has been a useful endeavor but which nevertheless fails to provide specific molecular structure/physical property correlations. The following study has also been largely thermodynamic to this point however, since the data has been collected on pure LAS homologs, it provides an opportunity to apply some of the quasi-thermodynamic treatments that have been proffered in the literature to date. 

A final quasi-thermodynamic approach to molecular structure effects has been proposed by Good et al. (17-18) which relates molar volumes and the Girifalco-Good interaction parameter, as... 

In steady shear flows, only the shear-rate dependence of viscosity is well documented in terms of molecular structure effects. Molecular theories are more... 

The review covers in systematic form the literature data on the thermal decomposition of aliphatic nitrocompounds amassed over the past 25 years. Molecular structure effects on the rate and mechanism of gas phase reactions, transition state structures of bond dissociation and HNO2 elimination, the main features of decomposition in condensed phase, the data on C—N bond energy and its dependence from electronic, steric and conformational effects are considered. 

Flow rates and molecular structure effects of the oils are additive on a weight basis for blends of the feedstocks tested. 

Yee, A. Smith, S. Molecular structure effects on the dynamic mechanical spectra of polycarbonates. Macromolecules 1981, 14, 54. 

Effect of polymer molecular structure Effect of molecular weight and its distribution Effect of concentration Solvent quality Mechanical degradation... 

Luczak T, Beltowska-Brzezinska M, Holze R (1993) Molecular structure effects in the adsorption of terminal and vicinal aliphatic diols on a gold electrode. Electrochim Acta 38 717-720... 

POLYOL MOLECULAR STRUCTURE EFFECTS ON REACTION RATES (POLYOL WITH MDI) ... 

Dodelet, J.-P., Shinsaka, K., and Freeman, G.R., 1976, Molecular structure effects on electron ranges and mobilities in liquid hydrocarbons Chain branching and olefin conjugation Mobility model. Can J. Chem., 54 744. 

The present chapter is concerned primarily with measured molecular structural effects on reactions 2 and 4 in the gas phase. These have been obtained only very recently from direct equilibrium-constant determinations. Work in this area is still in a very active state, so that this chapter serves as a preliminary progress report. Useful comparison can now be made of structural effects on equation 2 with the following related topics (1) proton-transfer equilibria in condensed phases (2) other Lewis acid-base equilibria in the gas phase (3) theoretical calculations of proton-transfer energetics (4) hydrogen-atom transfer equilibria between cation radicals and saturated cations (5) hydrogen-bonded complex formation, in hydrocarbon solvents and (6) gas-phase equilibria for attachment of neutral molecules to cations and anions. Each of these topics is considered at least briefly. 

This chapter is concerned with quantitative equilibrium constants obtained for proton transfer equilibria at near room temperatures. There have been numerous reports of qualitative orders of base and acid strengths [10, 17, 26-33, 52, 53] which have been valuable as guide-lines for subsequent quantitative studies as well as for isolating a number of important structural features. The quantitative results are required, however, for analysis and separation of molecular structural effects. The first report of equilibrium constant determinations for gaseous proton-transfer reactions is due to Bowers, Aue, Webb, and Mclver [14]. 

Normal Forces in Polymer Glasses Molecular Structure Effects... 

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