Alexander Silberberg

Alexander Silberberg's AcademicInfluence.com Rankings

Chemistry

#2611

World Rank

#3542

Historical Rank

Chemical Engineering

#255

World Rank

#269

Historical Rank

chemistry Degrees

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Chemistry

Alexander Silberberg's Degrees

PhD Chemical Engineering Stanford University
Masters Chemical Engineering Stanford University

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Alexander Silberberg's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Radial Particle Displacements in Poiseuille Flow of Suspensions (1961) (1021)
Behaviour of macroscopic rigid spheres in Poiseuille flow Part 2. Experimental results and interpretation (1962) (906)
Behaviour of macroscopic rigid spheres in Poiseuille flow Part 1. Determination of local concentration by statistical analysis of particle passages through crossed light beams (1962) (534)
Adsorption of Flexible Macromolecules. IV. Effect of Solvent–Solute Interactions, Solute Concentration, and Molecular Weight (1968) (240)
The role of mucus in transport by cilia. (1970) (193)
THE ADSORPTION OF FLEXIBLE MACROMOLECULES. PART I. THE ISOLATED MACROMOLECULE AT A PLANE INTERFACE1 (1962) (184)
THE ADSORPTION OF FLEXIBLE MACROMOLECULES. PART II. THE SHAPE OF THE ADSORBED MOLECULE; THE ADSORPTION ISOTHERM SURFACE TENSION, AND PRESSURE1 (1962) (126)
A mathematical analysis of capillary-tissue fluid exchange. (1974) (122)
Distribution of conformations and chain ends near the surface of a melt of linear flexible macromolecules (1982) (110)
Surfactants and interfacial phenomena (1990) (108)
Adsorption of Flexible Macromolecules. III. Generalized Treatment of the Isolated Macromolecule; The Effect of Self‐Exclusion (1967) (107)
Temperature-dependence of light scattering and intrinsic viscosity of hydrogen bonding polymers (1957) (107)
On the transport of mucus and its rheologic simulants in ciliated systems. (2015) (92)
Negative Thixotropy of Aqueous Solutions of Polymethacrylic Acid (1955) (68)
Miscibility of Liquids Influenced by Rate of Shear (1952) (67)
The effect of hydrogen bonding addends on the dilute solution viscosity of poly(acrylamide) and unionized poly(acrylic acid) and poly(methacrylic acid) (1959) (65)
Permeability of heterogeneous gels (1979) (64)
Structure and function of mucus. (1978) (64)
Flow through gel-walled tubes (1979) (62)
Size and shape of droplets of demixing polymer solutions in a field of flow (1954) (57)
Stimulation of mucus secretion, ciliary activity, and transport in frog palate epithelium. (1984) (57)
Irreversible adsorption of triple-helical soluble collagen monomers from solution to glass and other surfaces (1981) (55)
Inhomogeneity of polyacrylamide gel structure from permeability and viscoelasticity (1977) (50)
The gelation of aqueous solutions of polymethacrylic acid (1962) (49)
Kinetics of reversible reactions on linear lattices with neighbor effects (1968) (49)
Improved relationships for diffusion and sedimentation constants and for viscosity and streaming birefringence of solutions of polymers (1954) (49)
Multilayer adsorption of macromolecules (1972) (48)
Potentiometric behavior of polyampholytes (1959) (45)
On mucociliary transport. (1990) (43)
Biorheological matching: Muco-ciliary interaction and epithelial clearance (1982) (39)
Influence of the association of macromolecules in dilute solution on their reduced viscosity (1979) (38)
Distribution of segments near the surface of a melt of linear flexible macromolecules: Effect on surface tension (1988) (36)
The behaviour of macromolecules at phase boundaries (1971) (36)
The rheology and molecular organization of epithelial mucus. (1980) (35)
The interstitial-lymphatic flow system. (1979) (35)
Influence of polymerization initiation rate on permeability of aqueous polyacrylamide gels (1981) (35)
The thickness of adsorbed polymer layers at a liquid–solid interface as a function of bulk concentration (1978) (34)
Structural investigation of loose connective tissue by using a series of dextran fractions as non-interacting macromolecular probes. (1977) (31)
Clearance of middle ear effusions by the mucociliary system. (1975) (30)
The Viscoelastic Properties of Whole Blood (1971) (29)
In situ rheological characterization of epithelial mucus. (1976) (28)
Non-newtonian behavior of dilute suspensions of macroscopic spheres in a capillary viscometer (1963) (27)
Polyelectrolytes at the endothelial cell surface. (1991) (25)
Foundations of colloid science, volume 1 (1989) (25)
Mucus glycoprotein, its biophysical and gel-forming properties. (1989) (24)
In vitro study of the influence of some factors important for any physicochemical characterization of loose connective tissue in the microcirculation. (1974) (24)
Structure and function of mucus. (2008) (24)
Blood to lymph transport. (1978) (22)
Gel-walled cylindrical channels as models for the microcirculation: dynamics of flow. (1973) (22)
A model for mucus glycoprotein structure. (1987) (20)
Study of reversible gelation of partially neutralized poly(methacrylic acid) by viscoelastic measurements (1970) (20)
Structure and properties of macromolecular surface phases (1975) (17)
Structure and properties of surface adsorbed biopolymer layers - soluble collagen adsorbed to glass. (1981) (16)
Theoretical aspects of the adsorption of macromolecules (1970) (16)
On the Kinetics of Cooperative Processes. Closure Approximations (1972) (15)
Rheology of mucus, mucociliary interaction, and ciliary activity. (1982) (15)
Conformation of poly(methacrylic acid) in alcohol–water mixtures. I. Effect of concentration, temperature, pH, and ionic strength (1970) (15)
Function and properties of epithelial mucus. (1977) (14)
Structure of the interendothelial cell cleft. (1988) (14)
The Role of Matrix Mechanical Stress in Swelling Equilibrium and Transport through Networks (1980) (14)
Thin films including layers: Terminology in relation to their preparation and characterization IUPAC Recommendations 1994 (1996) (12)
The mechanics and thermodynamics of separation flow through porous, molecularly disperse, solid media - the Poiseuille Lecture 1981. (1982) (11)
Relaxation of stored mechanical stress along chemical reaction pathways (1984) (10)
Interaction of lipid multilayers with water (1980) (10)
The Hydrogel-Water Interface (1976) (9)
Structure of branched poly‐α‐amino acids in dimethylformamide. I. Light scattering (1967) (9)
CONDITIONS OF FLOW AT INTERFACES WITH FLEXIBLE WALLS (1976) (9)
Adsorption of collagen, serum albumin, and fibronectin to glass and to each other (1988) (9)
Structure of branched poly‐α‐amino acids in dimethylformamide. II. Viscosity, sedimentation, and diffusion (1967) (8)
Gelled Aqueous Systems (1989) (8)
A model for mucus glycoprotein structure. Comparison with submaxillary mucins. (1988) (8)
Macromolecular surface phases and the stability of colloidal dispersions (1978) (8)
THE ROLE OF MEMBRANE‐BOUND MACROMOLECULES AND MACROMOLECULES IN SOLUTION IN CELL/CELL ENCOUNTERS IN FLOWING BLOOD (1983) (7)
Gel Structural Heterogeneity, Gel Permeability, and Mechanical Response (1992) (7)
Book Review: Medical Physics Handbooks: 4 - Urodynamics: The Mechanics and Hydrodynamics of the Lower Urinary Tract (1981) (7)
Transport through deformable matrices. (1989) (7)
Permeability as a Means to Study the Structure of Gels (1976) (7)
The effect of a strongly-interacting macromolecular probe on the swelling and exclusion properties of loose connective tissue. (1976) (6)
On the scope of the science of biorheology and the aims of BIORHEOLOGY. (1986) (6)
Network Deformation in Flow (1989) (6)
Basic rheological concepts. (1977) (6)
Conformation of poly(methacrylic acid) in alcohol–water mixtures. II. Methanol, ethanol, n‐propanol, and 1,2‐ethanediol (1970) (5)
Thickness of adsorbed protein layers on glass: adsorption of proteins in multilayers (1984) (5)
Intratympanic gas-pressure in cases of SOM and atelectasis. (1981) (5)
Stabilization and conversion of states of colloidal distribution (1976) (5)
Conformation of poly(methacrylic acid) in alcohol-water mixtures. III. Dependence on molecular weight (1970) (5)
Microcirculation and the extravascular space. (1979) (4)
The Role of Proteoglycans and Collagen in the Swelling of Connective Tissue (1976) (3)
Macromolecular surface films at a solid/liquid interface. (1983) (3)
A PHYSICAL SCIENTIST'S VIEW * (1977) (3)
Linear kinetorheological systems. I: Monomolecular kinetics with direct relaxation of stored mechanical energy into heat (1985) (3)
The Effect of Conformation on the Interaction of Macromolecules with Surfaces. The Adsorption of Compact Macromolecules (1973) (2)
Basic principles of colloid science: D. H. Everett, Royal Society of Chemistry, London, 1988. 243 (xv) pp (1990) (2)
KINETORHEOLOGY.: Viscoelastic Response Characteristics of Materials Undergoing Chemical Change (1983) (2)
Adsorption and stabilization (1986) (2)
Biorheology in its twenty-fifth year of publication (1988) (2)
Adsorption of Polymers from the Melt and Solutions of Finite Concentration (1980) (2)
Macromolecules at surfaces (1990) (2)
Aging and the interetitial content of loose connective tissue. A brief note (1976) (2)
Reversible Kinetics on Linear Lattices with Neighbor Effects (2007) (1)
Linear Kinetorheological Systems. II. Monomolecular Kinetics with Partial Transference of Mechanical Energy Stored in the Reagents to Relaxation Mechanisms of the Products (1985) (1)
Mechano chemical aspects of transport through interstitium (1987) (1)
Adsorption of Soluble Collagen and Adsorption to Adsorbed Soluble Collagen (1980) (1)
4. International Congress of Biorheology: Tokyo, Japan, 27. July to 1. August, 1981 (1981) (1)
A Thermostat with Short‐ and Long‐Term Stability of ± 1.5×10−4°C (1974) (1)
General fluid mechanical effects. (1971) (1)
Chains at Interfaces (1980) (1)
Polymer conformation at the polymer melt surface (1989) (1)
The Contribution of Aharon Katchalsky to Polyelectrolyte Science (1974) (1)
Hydrodynamic interaction between particles in suspension (1965) (1)
Experimental artifacts in the study of mucociliary transport. (1985) (1)
The extravascular space: function of the main structural elements. (1977) (1)
KINETORHEOLOGY (1983) (0)
Dedication: To A.L. Copley on his Seventieth Birthday (1981) (0)
RELATION BETWEEN THE STRUCTURE OF MUCUS GLYCOPROTEIN, THE NATURE OF THE CROSSLINK AND PHYSIOLOGICAL FUNCTION (1981) (0)
Physiology, mechanics, and rheology (1990) (0)
Dedication: To A.L. Copley on his Seventieth Birthday (1981) (0)
Editorial: Biorheology in Its Twenty-Fifth Year of Publication (2016) (0)
Separation flow in matrices - redefinition of friction coefficients. (1983) (0)
Book Review: Progress in lymphology (1986) (0)
Rheology of Chemically Reacting Polymers (1988) (0)
A.L. Copley, the medical scientist and biorheologist. (1992) (0)
Poiseuille Award Ceremony (1978) (0)
German biophysics textbook (1978) (0)
Biophysical aspects of connective tissue (2016) (0)
Phase separation in polymepjsolvent systems (1980) (0)
The Aharon Katchalsky memorial lecture. "Life, flow and deformation". (1973) (0)
Book Review: Biomechanics, Motion, Flow, Stress and Growth (1991) (0)
A Tribute to Syoten Oka (1991) (0)
Presentation of the Poiseuille Medal (1984) (0)
Blood — Tissue Fluid Exchange — Transport Through Deformable, Swellable Porous Systems (1992) (0)
Aharon Katzir‐Katchalsky (1972) (0)
Book Review: Biofluid Mechanics: Blood Flow in Large Vessels (1991) (0)
The vital force: A study of bioenergetics: F. M. Harold. Freeman, New York, 1986. 577 pp. $37.95 (1989) (0)
Linear kinethorheological systems, Part II (1985) (0)
Rheological response and chemical reactivity (2008) (0)
The inconstant biological membrane (1982) (0)
Kinetorheological aspects of biorheology. (1984) (0)
Physiology Mechanics and Rheology (1990) (0)
Poiseuille Gold Medal Award Ceremony: Laudatio: Poiseuille Awardee Richard Skalak (1990) (0)
Molecular Weight Dependence of the Viscosity of a Homogeneous Polymer Melt (1989) (0)

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What Schools Are Affiliated With Alexander Silberberg?

Alexander Silberberg is affiliated with the following schools:

Weizmann Institute of Science