Timing errors

Timing errors occur when a person fails to perform an action within the allotted time, either performing too fast or too slowly. For example, this may include charging a reactor too quickly or too slowly. 

It does not calculate source emission rates. While it handles jets, it does so simply and docs not calculate the details of the jet motions and thermodynamics. It should not be used for strongly buoyant plumes. The error diagnostics are limited to checking the consistency of input parameters. Run time error diagnostics are missing but are rarely needed due to its robustness. 

Note that for the calculations of precision and standard deviation (equations 38-1 through 38-4), the numerator expression is given as 2(n — 1). This expression is used due to the 2 times error contribution from independent errors found in each independent set (i.e., X and Y) of results. 

Figure 4. Relationships between the time-averaged radon concentration and the track densities per unit time. Error bars represent standard error of track counting.

The first step in building a solubility model in Aspen Properties is to define the solute as a new component in two instances, one for the solid phase and the other for the liquid phase. Acetylsalicylic acid is used as a convenient basis for new drug molecules in the Aspen template, because it includes data for all of the necessary thermodynamic methods to satisfy the simulation engine and avoid run time errors. 

O Connor D. V., Ware W. R. and Andre J. C. Pouget J., Mugnier J. and Valeur B. (1989) (1979) Deconvolution of Fluorescence Decay Correction of Timing Errors in Multi-Curves. A Critical Comparison of Tech- frequency Phase/Modulation Fluoro-... 

J. R. Lakowicz, H. Cherek, and A. Balter, Correction of timing errors in photomultiplier tubes used in phase and modulation fluorometry, J. Biochem. Biophys. Methods 15, 131-146 (1981). 

Timing errors are failures to execute certain tasks within the proper timeframe, such as doing something too quickly or too slowly. Timing errors can occur whenever someone is in a hurry to complete a task, is late in completing a task, or simply does not understand the importance of the schedule. For example, a procedure requires the temperature to be raised slowly, but temperature is raised 5 degrees per minute, which is too fast, resulting in a runaway. 

Fig. 9. Graph shows the logarithm of relative tumor volume as a function of days after treatment. Growth of tumors treated with adenovirus vector (dark square) or with radiation therapy (dark triangle) is diminished relative to that in the control group (light circle). Tumors receiving combined treatment (dark diamond) decreased in size over time. Error bars = SD.

The second type are run-time errors, which the PSpice program detects. Once you have a circuit free of drawing errors, the PSpice program will run. Errors generated with PSpice are identified in the output file. The simulation will stop and you will be returned to the Capture program. To see the run-time errors you must look at the output file (select PSpice and then View Output File from the Capture menu bar). 

The use of CAc is to provide AC coupling into the chronograph if required. This example considered the value of the breakwire resistance to be low in comparison to R. Since the length of wire for the two breakwire circuits usually will be similar, the signal delays will be similar and the timing error will be less than that caused by either one alone Make System... 

Fig. 8.10. Variation of the current at 0.9V/SCE recorded with a 50 pm diameter platinum microelectrode on forearm skin with time. Error bars correspond to the mean accuracy of the measurement (see Procedure 8).

As discussed by Kohn and Fremd (2007) and below, elevation estimates assume that isotopic lapse rates did not change substantially through time. Errors in that assumption in principle... 

If the concentration at the face of the sampler fluctuates there is the possibility that the concentration inside the sampler air gap will not reflect the actual ambient concentration. The sampler would then not provide a true integrated response to the exposure concentrations. The response time of passive samplers is typically 1-10 seconds and provided that the total sampling time is large relative to the response time, errors will be small (Brown, 1993). 

If concurrency is employed, the documentation should specify how limits are enforced on the maximum allowable degree of concurrency and how accesses to shared data are synchronized in order to avoid (possibly undetected) run-time errors. 

Figtire 3. Apparent log K° for the reaction NpC XH2O NpO + e + x O, for various equilibration times. Error bars based on fitted intercept values (see text). 

Scenario uncertainty includes descriptive errors (e.g. wrong or incomplete information), aggregation errors (e.g. approximations for volume and time), errors of assessment (e.g. choice of the wrong model) and errors of incomplete analysis (e.g. overlooking an important exposure pathway). 

There are three main developments underway at this time - error analysis, non-Maxwellians and spectral visualization for heavy species [5]. 

Time errors capacitive currents at high scan rates... 

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