On geometric properties of the Estabrook- Wahlquist function chain
Relationship of geometric surface properties to solutions of ordinary differential equation systems
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Relationship of geometric surface properties to solutions of ordinary differential equation systems
Dynamic characteristics of physical-chemical systems in human behavior, and structural nature of brain
Atomic and molecular hydrogen formation in photolysis of hydrogen peroxide
Yield and angular distribution of cesium ion- sputtered copper, noting dependence on angle of incidence, target temperature and energy
Maintenance of independent avoidance response in pigeons
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Density determination by flotation method for solution grown crystals of polyethylene, noting specific volume-heat of fusion relationships
Electron transport of Halobacterium cutirubrum, discussing spectrophotometric identification of cytochromes
Primary processes leading to atomic and molecular hydrogen formation in hydrogen peroxide photolysis at 1236 A, noting OH formation
Flavoprotein/cytochrome b/559/ role as branch of Halobacterium electron transport in DPNH oxidase determined by salt dependence of reduced DPNH
Gas chromatography and mass spectroscopy study of fatty acids and hydroxy acids in 5000 year sediment from English Lake District
Hydroxy fatty acid methyl esters gas chromatography and mass spectrometry, noting trimethylsilylation usefulness for locating double bond
Gas chromatographic-mass spectrometric identification of aliphatic hydroxy acids in plants and sediments
A general analysis of dynamic systems consisting of connected rigid bodies is presented. The number of bodies and their manner of connection is arbitrary so long as no closed loops are formed. The analysis represents a dynamic finite element method, which is computer-oriented and designed so that nonworking, interval constraint forces are automatically eliminated. The method is based upon Lagrange's form of d'Alembert's principle. Shifter matrix transformations are used with the geometrical aspects of the analysis. The method is illustrated with a space manipulator.
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