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Journal of Urology, 1984
During residency training, research must be cost-effective in these times of constraint. Its value lies in helping the resident critically analyse each clinical problem and understand the basic physiopathologic processes, in adding new skills, in preparing the resident for an academic career, in improving abilities in writing and speaking, and in ...
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During residency training, research must be cost-effective in these times of constraint. Its value lies in helping the resident critically analyse each clinical problem and understand the basic physiopathologic processes, in adding new skills, in preparing the resident for an academic career, in improving abilities in writing and speaking, and in ...
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IEEE Transactions on Automatic Control, 1988
The problem of residence time controllability in dynamical systems with stochastic perturbations is formulated. The solution is given for linear systems with small, additive, white noise perturbation. It is shown that the existence of the desired residence time controller depends on the relationship between the column spaces of the control and noise ...
Meerkov, Semyon M., Runolfsson, Thordur
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The problem of residence time controllability in dynamical systems with stochastic perturbations is formulated. The solution is given for linear systems with small, additive, white noise perturbation. It is shown that the existence of the desired residence time controller depends on the relationship between the column spaces of the control and noise ...
Meerkov, Semyon M., Runolfsson, Thordur
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A Time for Change—of Residency and Beyond!
Pediatrics, 2005To the Editor .— I read with more than passing interest the thoughtful article by Sectish et al.1 As a pediatric residency program director for ∼14 years, I have been actively involved in all aspects of resident training. Our program, as have all others, has undergone (and continues to …
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Residence times and distribution of residence times in dispersed flow systems
Chemical Engineering Science, 1959Abstract Mathematical expressions are derived for the residence time and the distribution of residence times of falling particles in a turbulent flow system.
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JAMA: The Journal of the American Medical Association, 1969
In order to make medicine a more feasible career choice for women and in order to increase the level of training and, therefore, the quality of practice, it is important to decrease the scheduling rigidity of standard residency training programs. The steadily increasing numbers of women in medical school makes the problem more pressing at this time ...
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In order to make medicine a more feasible career choice for women and in order to increase the level of training and, therefore, the quality of practice, it is important to decrease the scheduling rigidity of standard residency training programs. The steadily increasing numbers of women in medical school makes the problem more pressing at this time ...
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Mean residence time in the body versus mean residence time in the central compartment
Journal of Pharmacokinetics and Biopharmaceutics, 1985Mean residence time in the body may be determined by noncompartmental methods following any type of input process into the sampled compartment. Mean residence time in the central compartment can be determined following an intravenous bolus dose, as it requires calculation of the concentration at zero time. For any other input process the mean residence
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Determination of residence times and residence time distributions by the integrated pulse method
The International Journal of Applied Radiation and Isotopes, 1968Abstract It is well-known that residence times and residence time distributions of complicated industrial systems can be determined with the aid of radioactive tracers. Most of the methods in use require accurrate determination of the amount of activity which is injected into the system and good calibration of the detecting equipment.
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Chemical Physics Letters, 2010
Abstract The residence time of a diffusing particle in a prescribed spatial region recently finds an increasing number of applications in physics and chemistry. A partial differential equation for the residence time moments is derived, as a generalization of the ordinary differential equation for the first passage time moments.
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Abstract The residence time of a diffusing particle in a prescribed spatial region recently finds an increasing number of applications in physics and chemistry. A partial differential equation for the residence time moments is derived, as a generalization of the ordinary differential equation for the first passage time moments.
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Chemical & Engineering News Archive, 2015
In drug discovery, researchers think a lot about how tightly a small molecule binds to its target. For a long time, drug developers have considered tightly binding compounds better, more promising drug candidates than molecules that interact weakly with their targets.
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In drug discovery, researchers think a lot about how tightly a small molecule binds to its target. For a long time, drug developers have considered tightly binding compounds better, more promising drug candidates than molecules that interact weakly with their targets.
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Industrial & Engineering Chemistry Research, 2008
The intellectual roots of residence time theory date back to 1908 and, thus, span the 100-year history of Industrial & Engineering Chemistry. The theory was created, developed, and extended by chemical engineers. It permeates chemical engineering in general and chemical reaction engineering in particular.
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The intellectual roots of residence time theory date back to 1908 and, thus, span the 100-year history of Industrial & Engineering Chemistry. The theory was created, developed, and extended by chemical engineers. It permeates chemical engineering in general and chemical reaction engineering in particular.
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