Robert Thomas Sanderson

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Chemistry

#937

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chemistry Degrees

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Chemistry

Robert Thomas Sanderson's Degrees

PhD Chemistry Stanford University
Masters Chemistry Stanford University
Bachelors Chemistry Stanford University

Why Is Robert Thomas Sanderson Influential?

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According to Wikipedia, Robert Thomas Sanderson was an American inorganic chemist, more commonly known by the initials "R.T." found in his papers. He received his Ph.D. degree from the University of Chicago for his research in boron chemistry. After working in Texaco's research lab, he became a professor and spent his career on the faculties of the University of Florida, the University of Iowa, and Arizona State University. He also created a company supplying safety posters and lab-related artwork of his own design, and published several books including Vacuum Manipulation of Volatile Compounds.

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Robert Thomas Sanderson'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

Chemical Bonds and Bond Energy (1976) (924)
An Interpretation of Bond Lengths and a Classification of Bonds. (1951) (588)
Electronegativity and bond energy (1983) (450)
Partial Charges on Atoms in Organic Compounds. (1955) (157)
Principles of electronegativity Part I. General nature (1988) (131)
Electronegativities in inorganic chemistry: (II) (1954) (106)
Metallo Borohydrides. I. Aluminum Borohydride (1940) (92)
Multiple and single bond energies in inorganic molecules (1968) (87)
An Interpretation of Bond Lengths in Alkali Halide Gas Molecules (1952) (64)
Electronegativity and Bonding of Transitional Elements (1986) (60)
Vacuum Manipulation of Volatile Compounds (1949) (58)
Thermal stability of some metal sulphates (1959) (55)
RADICAL REORGANIZATION AND BOND ENERGIES IN ORGANIC MOLECULES (1982) (43)
Principles of electronegativity Part II. Applications (1988) (39)
An Explanation of Chemical Variations within Periodic Major Groups (1952) (37)
Relation of Stability Ratios to Pauling Electronegativities (1955) (34)
Interrelation of bond dissociation energies and contributing bond energies (1975) (32)
A VOLATILE COMPOUND OF ALUMINUM, BORON AND HYDROGEN (1939) (31)
Oxidation and thermal decomposition of sodium and potassium borohydrides (1957) (26)
The inert-pair effect on electronegativity (1986) (24)
Reactions of Calcium with Organonitrogen Compounds and Aromatic Hydrocarbons1 (1964) (21)
A rational periodic table (1964) (18)
Carbon--Carbon Bond Lengths. (1952) (17)
Electronegativities in inorganic chemistry: A revision of atomic charge data (1955) (12)
CALCIUM DIMETHYL, STRONTIUM DIMETHYL, AND BARIUM DIMETHYL (1958) (11)
A Comparative Study of Methyl Compounds of the Elements (1955) (10)
Simple Inorganic Substances (1989) (9)
The nature of " ionic" solids: The coordinated polymeric model (1967) (9)
Understanding Chemistry: Current and Possible. (1976) (8)
The Covalent Radius of Xenon (1963) (8)
Principles of chemical reaction (1964) (8)
The reaction of aluminium chloride with lithium borohydride (1958) (7)
The “covalent” radius of radon and the electronegativities of gold, mercury, thallium, lead, and bismuth (1958) (7)
The Stability of Nonpolar Covalent Bonds (1952) (6)
Partial Charge and Bonding Energy (1964) (6)
Is the theoretical emperor really wearing any clothes (1986) (6)
Alternations in electronegativity and the Pritchard and Skinner review (1958) (6)
The Dissociation Energy of Fluorine (1954) (5)
On the significance of electrode potentials (1966) (5)
Principles of halogen chemistry (1964) (5)
Viscosity, Temperature, and Pressure of Lubricating Oils (1949) (5)
The Reaction of Calcium with Pyridine and Its Methyl Derivatives1 (1963) (4)
Viscosity-Temperature Characteristics of Hydrocarbons (1949) (4)
Principles of Chemistry (1963) (4)
A new periodic chart with electronegativities (1956) (4)
The reaction of aluminium borohydride and trimethylchlorosilane (1956) (4)
Divalent Hydrogen in the FHF— Ion (1955) (3)
Principles of chemical bonding (1961) (3)
Electronegativities and Bond Energies (1956) (3)
SOME NEGLECTED ASPECTS OF CHEMICAL EXPLORATION (1940) (2)
On the Nature of the Hydrogen Bridge (1953) (2)
An aid to teaching electronic configurations of atoms (1960) (2)
THE INTERRELATIONSHIP OF BOND DISSOCIATION ENERGIES AND CONTRIBUTING BOND ENERGIES (1975) (2)
Teaching Chemistry with Models (1962) (2)
The Role of Coordinate Covalence in Nonmolecular Solids (1967) (1)
Chapter 8 – ORGANIC COMPOUNDS CONTAINING OXYGEN (1991) (1)
Chapter 4 – MULTIPLE BONDS (1991) (1)
Chapter 3 – THE THEORY OF POLAR COVALENCE (1991) (1)
Models for demonstrating electronegativity and "partial charge" (1959) (1)
Electronegativity Equalization and Partial Charge. (1974) (1)
Chemistry of the M8∗ elements and electronegativity (1965) (1)
Borax to Boranes. A.C.S. Advances in Chemistry Series, No. 32. (1962) (1)
Recent improvements in explaining the periodicity of oxygen chemistry (1969) (1)
A needed replacement for the customary description of chemical bonding (1982) (1)
Direction of Ionic Addition to Olefinic Double Bonds (1955) (1)
One more periodic table (1954) (1)
A lecture demonstration of oxidation-reduction (1951) (1)
Atomic models in teaching chemistry (1960) (1)
Carbon-carbon bond lengths. (1952) (1)
Do Ye unto Others. (1955) (1)
Chapter 10 – SOME ORGANIC NITROGEN COMPOUNDS (1991) (0)
Letters to a chemistry professor (1978) (0)
Orbital Vacancies and Effective Nuclear Charge. (1974) (0)
Chapter 9 – ORGANIC COMPOUNDS CONTAINING SULFUR (1991) (0)
Chemical Bonds II. (1972) (0)
New molecular models showing charge distribution and bond polarity (1957) (0)
Chapter 11 – BOND ENERGIES IN ORGANOMETALLIC COMPOUNDS (1991) (0)
Chapter 14 – BOND ENERGY IN NONMOLECULAR SOLIDS (1991) (0)
Atomic Charges in Monosubstituted Benzenes. (1955) (0)
Chapter 2 – ATOMIC PROPERTIES AND HOMONUCLEAR BONDING (1991) (0)
Chapter 16 – PERIODICITY AND PARTIAL CHARGE (1991) (0)
Principles of hydrogen chemistry (1964) (0)
A laboratory manual for introduction to chemistry (1955) (0)
Provocative Opinion: Can Chemistry be Learned Without Understanding?. (1974) (0)
Why does methane burn (1968) (0)
Chapter 13 – BOND DISSOCIATION IN INORGANIC MOLECULES (1991) (0)
An electronic distinction between metals and nonmetals (1957) (0)
Principles of oxide chemistry (1964) (0)
The origins of bonding concepts (the author replies) (1985) (0)
Chapter 15 – THE SIGNIFICANCE OF PARTIAL CHARGE IN UNDERSTANDING PHYSICAL AND CHEMICAL PROPERTIES (1983) (0)
University inorganic chemists (1955) (0)
Chapter 1 – CHEMICAL BONDING: A GENERAL DISCUSSION (1991) (0)
The "Inert-Pair Effect" on Electronegativity. (1986) (0)
Chapter 5 – MORE ABOUT THE LONE PAIR BOND WEAKENING EFFECT ON SINGLE BONDS (1991) (0)
Acceleration of Energetic Ions in the Vicinity of Comet Giacobini-Zinner (1990) (0)
Chemical Bonds I. (1972) (0)
Valence: A laboratory exercise for general chemistry (1960) (0)
Can chemistry be learned without understanding (1974) (0)
A schematic representation of valence (1958) (0)
Chapter 12 – BOND DISSOCIATION AND THE REORGANIZATIONAL ENERGIES OF FREE RADICALS (1991) (0)
Graphic representations of the periodic system during one hundred years (Mazurs, Edward G.) (1975) (0)
An Alternative to the Ionic Model. (1975) (0)
Vaccum manipulation of volatile comppounds: a laboratory manual describing the application of high vacuum technique in experimental chemistry (1948) (0)
Inorganic Chemistry (1967) (0)
Chapter 7 – SOME ORGANIC HALIDES (1991) (0)
Some thoughts on originality. (1949) (0)
Relative Viscosity-Temperature Number (1949) (0)
The Charge on Combining Hydrogen Atoms (1953) (0)
Chapter 6 – BONDS AND BOND ENERGIES IN HYDROCARBONS (1991) (0)

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Robert Thomas Sanderson's Academic­Influence.com Rankings