Results 251 to 260 of about 266,529 (274)
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Diffusion, Cross-diffusion and Competitive Interaction
Journal of Mathematical Biology, 2006The cross-diffusion competition systems were introduced by Shigesada et al. [J. Theor. Biol. 79, 83-99 (1979)] to describe the population pressure by other species. In this paper, introducing the densities of the active individuals and the less active ones, we show that the cross-diffusion competition system can be approximated by the reaction ...
Iida, Masato +2 more
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Journal of International Economic Law
Abstract Research on legal diffusion typically focuses on laws’ initial adoption and ignores their later evolution. We develop a typology of three subsequent diffusion patterns: convergence, when countries revise laws to move closer to leading regulators; customization, when countries revise laws to move away from leading regulators; and
Anu Bradford +2 more
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Abstract Research on legal diffusion typically focuses on laws’ initial adoption and ignores their later evolution. We develop a typology of three subsequent diffusion patterns: convergence, when countries revise laws to move closer to leading regulators; customization, when countries revise laws to move away from leading regulators; and
Anu Bradford +2 more
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Seminars in Respiratory and Critical Care Medicine, 2003
Diffuse panbronchiolitis (DPB) was first distinguished from chronic obstructive pulmonary diseases in the early 1960s and recorded as a new clinicopathologic entity. This disease affects East Asians for the major part, and is characterized by chronic sinobronchial infection together with diffuse bilateral micronodular pulmonary lesions consisting of ...
Shoji, Kudoh, Naoto, Keicho
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Diffuse panbronchiolitis (DPB) was first distinguished from chronic obstructive pulmonary diseases in the early 1960s and recorded as a new clinicopathologic entity. This disease affects East Asians for the major part, and is characterized by chronic sinobronchial infection together with diffuse bilateral micronodular pulmonary lesions consisting of ...
Shoji, Kudoh, Naoto, Keicho
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2009
Learning objectives Background Imaging findings OR Procedure details Conclusion Personal Information ...
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Learning objectives Background Imaging findings OR Procedure details Conclusion Personal Information ...
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Science, 1962
The methods of irreversible thermodynamics, applied to the problem of steady-state linear diffusion, lead to the conclusion that the flux across any system of parallel membranes or phase boundaries can be expressed as a linear function of the differences in electrochemical potential across the system.
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The methods of irreversible thermodynamics, applied to the problem of steady-state linear diffusion, lead to the conclusion that the flux across any system of parallel membranes or phase boundaries can be expressed as a linear function of the differences in electrochemical potential across the system.
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Clinical Reviews in Allergy & Immunology, 2009
The diffusing capacity for carbon monoxide (DL(CO)) is a commonly performed and clinically useful pulmonary function test that provides a quantitative measure of gas transfer in the lungs. It is valuable for evaluating and managing patients with a wide variety of pulmonary disorders, especially patients with interstitial lung disease, pulmonary ...
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The diffusing capacity for carbon monoxide (DL(CO)) is a commonly performed and clinically useful pulmonary function test that provides a quantitative measure of gas transfer in the lungs. It is valuable for evaluating and managing patients with a wide variety of pulmonary disorders, especially patients with interstitial lung disease, pulmonary ...
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2004
Abstract This chapter discusses the basic concepts of diffusion and self-diffusion. It derives relations between the mean square displacement of a diffusing particle, the diffusion coefficient, and the velocity-time correlation function. These relations are generalized to the case of non-equilibrium granular gases.
Nikolai V. Brilliantov +1 more
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Abstract This chapter discusses the basic concepts of diffusion and self-diffusion. It derives relations between the mean square displacement of a diffusing particle, the diffusion coefficient, and the velocity-time correlation function. These relations are generalized to the case of non-equilibrium granular gases.
Nikolai V. Brilliantov +1 more
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Diffusion Constant and Diffusion Coefficient
Science, 1955Max Kleiber, P. Brandt Rehberg
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