Configurational parameter

Bidirectional transmission. Configuration parameters such as span, engineering units, resolution, and so on, must be communicated to the smart transmitter. 

Demonstrate (refer to earlier demo) that user IDs are unique (cannot be deleted or redundant). If a user ID has been inactivated, can it be reactivated Would these actions be audit trailed If reactivation is not possible, how would a new user ID for a returning employee be linked to the past ID so all records created or signed by an individual could be queried (Does the system provide a technical solution, or would this be handled by a procedure ) Demonstrate controls include such configurable parameters as ... 

Research users need full access to the functional elements of the spectrometer system and require the most efficient and flexible tools for MR sequence and application development. If the measurement methods delivered with the software do not adequately address the specific investigational requirements of a research team, modem NMR software is an open architecture for implementing new and more sophisticated functionality, with full direct access to all hardware controlling parameters. After evaluation, the new functionality can be developed with the help of toolbox functions that allow rapid prototyping and final builds, to enable the new sequence to be executed by non-experienced personnel and then used in routine applications. These toolboxes provide application oriented definitions and connect to standard mechanisms and routine interfaces, such as the geometry editor, configuration parameters or spectrometer adjustments. 

V. Galiatsatos, R.O. Neaffer, S. Sen and B.J. Sherman, Refractive index, stress optical coefficient, and optical configuration parameter of polymers. In J.E. Mark (Ed.), Physical Properties of Polymers Handbook, Springer-Verlag, New York, 1996, p. 535. 

To solve the full problem of finding an approximate ground state to Hamiltonian (13), one is faced to a self-consistent loop which can be proceeded in two steps. First one can get the occupations nia)o from a HWF, and a set of bare levels. Then one obtains a set of configuration parameters, the probabilities of double occupation, di by minimizing (18) with respect to these probabilities. Afterwards the on-site levels are renormalized according to (21) and the next loop starts again for the new effective Hamiltonian He// till convergence is achieved. 

Attention If the plotted spectrum does not correspond to the preview display, e.g. only part of the spectrum is plotted, and an error message appears on your output device, readjust the set up of the 2D spectrum. It may be that the memory size of your output device is not large enough with respect to the required printing, that the option for a full page plot is disabled or that a configuration parameter for the output device has not been set correctly. 

RIS theory is used to predict values of the optical-configuration parameter Aa for ethylene - propylene copolymers as a function of chemical composition, chemical sequence distribution, and stereochemical structure of the propylene sequences. The calculations are based on information available for ethylene and propylene homopolymers, and on the model used to interpret the unperturbed dimensions of these copolymers. Values of Aa are generally found to decrease significantly with increase in the fraction of propene units, but to be relatively insensitive to chemical sequence distribution and stereochemical structure. Geometries and conformational energies are the same as those used for the interpretation of the unperturbed dimensions of these chains. The conformational energies used are E(q) = 0, EM 2.09, and E a>) = 0.37 kJ mol-1. 

Electronic data associated with configuration parameters. 

The system administrator s position requires the ability to access all items in the operating system. Key areas of concern are the protection of records, the integrity of the application software files, and the operating system configurable parameters. In addition to the security of the system, the Part 11 areas to be considered for an operating system are as follows ... 

The Hamiltonian discussed above for the f-electrons of the 4f" configuration also applies to the 4f 1 core in the 4f 15d configuration. Parameter values for the 4f" 1 core are expected to be similar (though not necessarily identical) to the parameter values for the ground 4f" configuration. They are distinguished from parameters for 4f by appending (If) . 

The time propagation of the MCSCF electronic wavefunctions is achieved through the following representation of the orbital and configuration parameters ... 

Of course the details of device and system performance will depend on the particular device or system under consideration. Our discussion will, however, focus primarily on limitations to system performance associated with material limitations rather than that of a particular device configuration. Parameters of particular interest include drive (Vjj) voltage, bandwidth, waveguide propagation loss, total device insertion loss, drive voltage stability, bias voltage stability, and optical power handling capability. 

Galiatsatos V, "Refractive Index, Stress-Optical Coefficient and Optical Configuration Parameters of Polymers", in Mark JE (Ed), "Physical Properties of Polymers Handbook", Springer-Verlag, 2nd Ed 2007. Chap. 50. 

The determination of the optimal electronic structure parameters requires that we establish a procedure for optimizing the energy functional and this is achieved by expanding the energy function to second order with respect to the orbital and configurational parameters. The non-redundant electronic parameters are A., A. and k provides the number of the current iteration and we have the following energy difference to second order between the current iteration and the next optimization step... 

Configuration parameters must be reviewed against reqnirements and the review resnlts must be doeumented. [FDA 483, 1999]... 

Middleware (communication software used to link different applications) should be installed according to defined procedures and tested as part of the computerized system it supports. Configuration parameters should be documented and verified. 

Physical installation and qualification of new hardware and software of changes to existing hardware and software Adjustment of configuration parameters... 

Mean-square end-to-end distance Mean-square radius of gyration Mean-square dipole moment Mean-square optical anisotropy Optical configuration parameter... 

The relationship between the measured relative retardation (R) and the stress-induced birefringence (An) is given by R = fAn (2), in which t is the sample thickness. The stress optical coefficient C is defined by An = Ct (2), in which t is the true stress (t = f/A f is the force in newtons per square millimeter, and A is the cross-sectional area of the network sample). This coefficient is thus simply the slope of the line in a plot of An versus t. Finally, the optical configuration parameter An is defined by... 

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