Herman Carel Burger | Academic Influence

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Herman Carel Burger

Computer Science

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Historical Rank

computer-science Degrees

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Computer Science

Herman Carel Burger's Degrees

PhD Computer Science Delft University of Technology
Masters Computer Science University of Amsterdam
Bachelors Computer Science University of Amsterdam

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Why Is Herman Carel Burger Influential?

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According to Wikipedia, Herman Carel Burger was a Dutch physicist who pioneered the field of electrocardiography and medical physics. A system of positioning of electrodes for electrocardiography is known as Burger's triangle.

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Herman Carel Burger'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

HEART-VECTOR AND LEADS. (1948) (244)
HEART-VECTOR AND LEADS (1946) (199)
HEART-VECTOR AND LEADS. Part II (1947) (183)
Specific electric resistance of body tissues. (1961) (116)
A theoretical elucidation of the notion ventricular gradient. (1957) (89)
Physical basis of the low-frequency ballistocardiograph. (1953) (51)
A criterion characterizing the orientation of a vectorcardiogram in space. (1958) (50)
COMPARISON OF DIFFERENT SYSTEMS OF VECTORCARDIOGRAPHY (1952) (42)
Physical basis of ballistocardiography. III. (1956) (40)
The zero of potential: a persistent error. (1955) (30)
Compromise in vectorcardiography. II. Alterations of coefficients as a means of adapting one lead system to another. Subjective and mathematical comparison of four systems of VCG. (1962) (27)
Comparison of Some Methods for Measuring Peripheral Blood Flow (1959) (26)
Experimental and laboratory reports: Comparison of three different systems of vectorcardiography (1959) (24)
A UNIVERSAL VECTOR CARDIOGRAPH (1950) (23)
LEAD VECTOR PROJECTIONS. I. (1957) (23)
The potential distribution on the body surface caused by a heart vector; calculations on some simple models. (1954) (17)
The Brownian movement of a galvanometer coil and the influence of the temperature of the outer circuit (1927) (17)
Physical basis of ballistocardiography. V. The distortion of the ballistocardiogram caused by the movement of the heart inside the body. (1957) (15)
LXV. The sensitivity of a galvanometer and its amplification (1925) (15)
LXIV. The thermo-relay (1925) (15)
Comparison of two systems of vectorcardiography with an electrode to the frontal and dorsal sides of the trunk, respectively. (1956) (15)
Physical basis of ballistocardiography. II. The quantities that can be measured with different types of ballistocardiographs and their mutual relations. (1956) (13)
VECTORCARDIOGRAMS OF NORMAL AND PREMATURE BEATS IN DIFFERENT LEAD SYSTEMS (1955) (11)
Physical basis of ballistocardiography. IV. The relative movement of subject and ballistocardiograph. (1956) (11)
Heart-vector and leads; geometrical representation. (1948) (9)
Theory and Experiments on Schematized Models of Stenosis (1956) (9)
Compromise in vectorcardiography. Displacement of electrodes as a means of adapting one lead system to another. (1961) (8)
LXIII. A new vacuum thermoelement (1925) (6)
Heartvector and leads. (1961) (5)
Physical properties of some volume recorders in plethysmography. (1959) (4)
CORRELATION BETWEEN SUBJECTIVE AND OBJECTIVE MEASURES OF CORRESPONDENCE BETWEEN DIFFERENT SYSTEMS OF VECTORCARDIOGRAPHY. (1964) (4)
Intensity measurements in hyperfine structure of the mercury line 63P2-73S1 (λ=5461 ÅU) in absorption (1938) (4)
The distribution of the energy over the Sun's disk (1925) (2)
Intensity-measurements in the spectrum of helium (1937) (2)
Comparison of three different systems of vectorcardiography. (1959) (2)
Measurement of the reflective power of metallic mirrors (1939) (1)
Intensity measurements of helium lines in absorption (1940) (0)
Ballistocardiography as a result of cooperation between sciences (1960) (0)
Heartvector and leads. (1961) (0)
Set of instruments for measuring spectral absorption (1935) (0)
ON EVAPORATION FROM A CIRCULAR SURFACE OF A LIQUID (1919) (0)
10 – A Relation between Inner Quantum Numbers and Intensities of Multiple Lines† (1967) (0)
[PHYSICAL OBSERVATIONS ON ELECTRO-ACUPUNCTURE]. (1963) (0)
Physical foundations of vectorcardiography. (1948) (0)
BALLISTOCARDIOGRAPHY AND VECTORCARDIOGRAPHY: SIMILARITY AND DIFFERENCE. (1964) (0)

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