60 results on '"Homer, John"'
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2. Preliminary nuclear magnetic resonance studies of the use of stray magnetic fields to increase...
3. A rapid review of collision avoidance and warning technologies for mining haul trucks.
4. Augmenting attack graphs to represent data link and network layer vulnerabilities.
5. Are automated assessment tools helpful in programming courses?
6. Readers Report.
7. Improving Attack Graph Visualization through Data Reduction and Attack Grouping.
8. A Two-Stage Algorithm for Post-Nonlinear Blind Source Separation.
9. DOA-detection guided NLMS adaptive array.
10. Fifty-One Names for Time.
11. Aggregating vulnerability metrics in enterprise networks using attack graphs.
12. A Detection Guided Normalized Least-Mean-Squares Adaptive Partial Crosstalk Canceller for Multi-User DSL Environments.
13. SAT-Solving Approaches to Context-Aware Enterprise Network Security Management.
14. On Bistatic Inverse Synthetic Aperture Radar.
15. Detection-Guided Fast Affine Projection Channel Estimator for Speech Applications.
16. Performance comparison between uniformly and nonuniformly spaced adaptive antennas with respect to tolerance to pointing errors.
17. An Implementation of Nonlinear Multiuser Detection in Rayleigh Fading Channel.
18. Detection Guided NLMS Estimation of Sparsely Parametrized Channels.
19. Bonded-atom properties and the inert gases.
20. Polyatomic London dispersion forces.
21. Volume magnetic susceptibilities from nuclear magnetic resonance chemical-shift studies of heterogeneously dispersed liquids.
22. Use of intermolecular 1H–1H nuclear overhauser measurements to isolate intramolecular and intermolecular contributions to 1H nuclear magnetic resonance spin–lattice relaxation times.
23. Reaction fields, van der Waals forces and related nuclear magnetic resonance chemical shifts.
24. Evaluation of 1H nuclear magnetic resonance spin–lattice relaxation times facilitated by analogous 13C studies, illustrated by studies of 1,3,5-trimethylbenzene.
25. Molecular complexes. Part 15.―H Nuclear magnetic resonance T 1 studies of solvation and complexation in the C6H6+ CDCl3+ C6H12 system.
26. Molecular complexes. Part 17.―Nuclear Overhauser studies of the CDCl3+ C6H6+ C6H12 system.
27. Molecular complexes. Part 16.―Solvation rather than complex formation as the cause of induced nuclear magnetic resonance chemical shifts in benzene + chloroform mixtures.
28. LMS estimation via structural detection.
29. Quantifying the effects of dimension on the convergence rate of the LMS adaptive FIR estimator.
30. Enhancement of IgE Antibody Formation in the Rabbit by Adrenergic Antagonists.
31. Molecular complexes. Part XIV. Proton magnetic resonance studies of the interactions of chloroform with benzene and some alkylbenzenes at various temperatures.
32. Calculation of nuclear magnetic resonance van der Waals chemical shifts based on a generalized polyatomic London dispersion theorem.
33. Molecular complexes. Part 18.―A nuclear magnetic resonance adaptation of the continuous variation (job) method of stoicheiometry determination.
34. Photogeneration of dihydrogen from water using solid hydrocarbon dispersions as support for tris(bipyridine)ruthenium(II) catalysts.
35. Tris(bipyridyl)ruthenium(II) surfactant complexes. The dependence of luminescence activity on monolayer deposition conditions.
36. Molecular complexes. Part 11.―Some comments on electrostatic and steric effects in the formation of acrylonitrile + aromatic complexes.
37. Molecular complexes. Part 12.―Use of phase distribution and nuclear magnetic resonance methods to elucidate the mechanism of the acetone + benzene reaction.
38. Phosphorescence quenching and photostabilising efficiencies of ultraviolet stabilisers in commercial polypropylene.
39. Solvent Effects on Nuclear Magnetic Resonance Chemical Shifts.
40. 6Li magic angle spinning nuclear magnetic resonance spectroscopy: a powerful probe for the study of lithium-containing materials.
41. Enhancement of the NMR spectra of insensitive nuclei using PENDANT with long-range coupling constants.
42. Letters: OK, Boomer?
43. Enhanced Detection-Guided NLMS Estimation of Sparse FIR-Modeled Signal Channels.
44. Nucleation of highly supersaturated vapours. Formation of lead and lead oxide smokes.
45. Molecular complexes. Part 8.―Rationalization of the use of the molal scale for processing nuclear magnetic resonance data.
46. Molecular complexes. Part 9.―Studies by a phase distribution procedure which employs nuclear magnetic resonance spectroscopy for quantitative measurements.
47. Molecular complexes. Part 10.―Theory for complex formation and nuclear magnetic resonance evidence for short range molecular order in liquids.
48. Uses and limitations of rigid lattice models for rationalising excess thermodynamic functions of binary liquid mixtures at low pressures.
49. Studies on the origin of sonically induced narrowing of solid-state nuclear magnetic resonance spectra.
50. 1H nuclear magnetic resonance studies of the association of 1,3,5-trinitrobenzene with naphthalene and methylnaphthalenes.
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